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Dr. Diangui Huang
University of Miami
Dept. of Mechanical Engineering
University of Miami
Coral Gables, FL 33124
Email: huangdiangui@tsinghua.org.cn
Date of Born:12/11/1963, Place of Born: Haian County,Jiangsu
Province,
P.R.China.
Nationality:Chinese, Sex: Male, Matrital
status: Married, Health: Excellent
Education
9/1992-3/1995: Ph.D. in engineering. Department of thermal engineering,
Specializing in turbomachinery, Tsinghua university, Beijing, China.
9/1987-10/1989: Master of Science in engineering. Department of
thermal
engineering, Specializing in turbomachinery, Tsinghua University,
Beijing, China.
9/1982-8/1987: Bachelor of Science in engineering. Specializing in
turbomachinery,
Tsinghua University, Beijing, China.
Position
08/2002-present: International Visiting scholar of Miami University
4/1997 ¨C11/2002: Associate professor of Southeast University
4/1995 ¨C3/1997: Lecturer of Southeast University
11/1989-8/1992: Manager of a subcompany (about 250 staff)
of Haian Installation
Co.
RESEARCH AND TEACHING
Research
Research on Dynamic Response of Blade under Unsteady Flow Field
in Turbomachinery
As a leader of a research group, we are supported by National Natural
Science
Foundation of China(No.59606004). The coupled dynamic characteristics
(vibration
and noise) of unsteady flow field in turbomachinery and the vibrating
blade are
studied.
Research on Dynamic Response of Rotor under Unsteady Flow Field
in Gas Seal and
Bearing
As a leader of a research group, we are supported by a key project
of National
Natural Science Foundation of China (No. 19990510). This key project
is most
competitive in China, and usually only the most famous scientists
in China have
the opportunity to be supported. I am very luck to be supported
by this project.
The interaction (vibration and noise) between vibrating rotor and
unsteady flow in
gas seal or bearing are study in this project.
Research on Three-dimensional Flow Field in Turbomachinery.
I have been working and studying on the calculation of steady and
unsteady
three-dimensional flow field in turbo-machinery for more than ten
years. The
steady CFD codes have been developed based on Euler equations and
average
Navier-Stokes Equations respectively following the work of Prof.
Denton and Prof
Draws. These codes have been sold to Harbin Steam Turbine Factory,
Beijing Heavy
Electrical Machinery Factory and Nanjing Electrical Machinery Factory.
Experience in the Optimizing Design of Flow Passages of Turbomachinery
By use of the above CFD codes, I had finished the optimizing design
of the flow
passages of some stages of 300MW steam turbine supported by Dongfang
Steam Turbine
Factory and some stages of 18MW steam turbine supported by Nanjing
Electrical
Machinery Factory.
Research on Vibration Problems in Turbo-machinery
I have also worked on the vibrant problems in large rotating shaft
for many years,
such as torsional vibrant problems in turbomachinery, coupled problems
of
torsional and lateral vibration in large rotating shaft, which is
supported by
Committee of Education of China. The strong knowledge in rotordynamics
helps me
successfully to eliminate the vibration of some turbo-generators
in power plant,
such as Yangzi Power Plant.
A high precision torsional vibration measuring system(DK-II TVMS)
is developed by
my colleague and me when I was a PH.D student in Tsinghua University.
This system
is designed based on the principle of time interval measurement
of pulse signals.
The experience well trained and applied my theoretic and practical
knowledge in
digital circuit design, signal collection and processing, vibration
analysis and
so on.
* Teaching
1997-present: Advanced Fluid Dynamics
Turbomachinery
Award
1993:Tsinghua university prize of excellent Ph.D student (class
one)
1989:Tsinghua university prize of excellent graduate student (class
one)
1988:Tsinghua university prize of excellent graduate student (class
one)
1983~1987: Tsinghua university prize of excellent student
Computer Applications and Languages:
Scientific calculation programs by FORTRAN, in Micro and Large Computers,
310Kb
source code. Dynamic test system control and digital signal processing
software by
ASSEMBLER and C Languages, 150Kb source code..
Hardware of microcomputer interface, control and signal sampling
affairs.
Foreign Languages: English: Excellent reading skill in both professional
knowledge
and dairy affairs and corresponding writing ability, better oral
and audible
ability.
Japanese: Two semesters training course with total of 150 semester
hours.
List of publication
1. Diangui Huang, Experimental research on characteristics of rotor-to-stator
rub
in Rotating machinery, Tribology International, 2000, Vol.33, No.2.
(In English)
2. Diangui Huang,A numerical simulation of tip clearance flow in
rotor and then
excited vibration of blade, Computational Fluid Dynamics Journal,
Vol.10, No.2,
242~247,2001(In English)
3. Diangui Huang, The Models of steam force and torque of a rotor
subjected to the
leakage of tip clearance, Journal of Power and Energy, Proceeding
of the
institution of Mechanical Engineers Part A, Vol. 216, 355~361,2002(In
English)
4. Diangui Huang, An Analytical Solution of Fluid-structure Coupling
Oscillation
In One Dimensional Ideal Condition Under Small Disturbance, Journal
of Sound and
Vibration, 2002£¬255 (3), 610-614. (In English)
5. The calculation of three-dimensional flow for turbine multistages,Journal
of
Engineering Thermophysics, Vol. 16, No.1,Feb. (In Chinese),1995.
6. The calculation of three-dimensional flow for turbine multistages
with
engineering loss, Journal of Engineering Thermo-power,Vol.12,No.5,1995.(In
Chinese)
7. Calculating programs and applications of 3-D flow field in turbomachinery
by
using Euler and N-S equations, Journal of turbine technology, Vol.40,
No.5,1998
(In Chinese)
8. The calculation of a steam turbine three-dimensional viscous
flow field,
Journal of Engineering for Thermal Energy & Power, Vol13, No.6,
1998. (In
Chinese)
9. Improved Design of the Last Stage¡¯s Flow Passage
of 18MW Steam Turbine Made in
China, Power Engineering, 2000, No.5. (In Chinese)
10. DESIGN BY OPTIMUM METHOD FOR THE 11TH STAGE¡¯S FLOW
PASSAGE OF 18MW STEAM
TURBINE MADE IN CHINA, J. of mechanical engineering, accepted, 2000,No.5
11. A new method of simulation of 3-d unsteady viscous flow field
for oscillation
blade, Journal of Engineering thermophysics, Vol. 20, No.5, (In
Chinese), 1999.
12. New Method of simulation of 3-D unsteady Euler flow field for
oscillation
blade cascade, Proceedings on the CSEE, Vol.19, No.4, p37~40, (In
Chinese),1999
13. Research on the dynamics characteristics of blades in viscous
flow field,
Journal of turbine technology, Vol.40, No.5, 1998 (In Chinese)
14. Application of optimum design method of a new type blade inverse
problem in
the design of compressor, Compressor, Blower&Fan Technology,No.1,1999(In
Chinese)
15. Analysis on the stability of the system of turbine blade and
unsteady flow
field. Proceedings on the CSEE, Vol.19, No.5,p24~29, (In Chinese),1999.
16. The Analysis on the Dynamic Characteristics of the Turbine Rotor
Blade under
uneven inflow--unsteady Euler method, J. of mechanical engineering,
Vol.35, No.5,
(In Chinese), 1999.
17. Analytical solution of an ideal gas one-dimensional non-viscous
compressible
oscillation flow, Journal of Engineering Thermal energy and power,
Vol. 14, No.5,
(In Chinese), 1999.
18. Research on rotor dynamic characteristics under the effect of
fluid-structure
coupling in ideal flowfield. Journal of turbine technology, Vol.40,No.4,
1998(In
Chinese)
19. Research on coupled characteristics of torsional vibration of
a shaft system
with unbalance. Proceeding of the international conference on vibration
engineering ICVE'94,1994 International Academic Publishers.pp807-812,1994.
20. Model on coupling characteristics of torsional and lateral vibrations
of a
rotor with rotor-to-stator rubs, J. of Applied Mechanics,Vol.12,
No.3, (In
Chinese),1995.
21. Application of torsional vibrational characteristics on mechanical
fault
diagnosis of rotor system,J. of Tsinghua University, Vol.35, S2.
(In
Chinese),1995.
22. Research on the 2X Lateral Vibration on a Rotor with Unbalance
, J. of
Vibration, Test and Diagnosis, Vol.11,No.3,1995.(In Chinese)
23. Research on the characteristics of torsional vibration of a
shaft system with
angle misalignment, Journal of Turbine Technology,Vo1.37, No.3,
1995.(In Chinese)
24. DK-I Type torsional vibration measurement system, Journal of
turbine
technology, Vol.37,No.5,1995.(In Chinese)
25. Model on coupling characteristics of torsional and lateral vibrations
of a
rotor with crack, Journal of turbine technology, Vol.38, No.1, 1996(In
Chinese)
26. Measurement test of torsional characteristics of a rotor with
unbalance, J. of
Vibration Engineering, Vol.9, No.2, (In Chinese),1996.
27. New idea on fault diagnosis of rotor system, J. of Southeast
University,
Vol.26, No5, 1996.
28. Simulation on the lateral and torsional coupled vibration with
unbalance of a
rotor, Journal of turbine technology, Vol.37, No.6, 1996. (In Chinese)
29. Comparison on the characteristics of torsional vibration for
parallel and
angle misalignment of a shaft, Journal of turbine technology, Vol.38,
No.1,
1996.(In Chinese)
30. Research on characteristics of torsional vibration of a shaft
system with
parallel misalignment, Proceeding of the international symposium
on intelligence,
knowledge and integration for manufacturing, southeast university
press,
1995.p419-422,1996.
31. Experiment on half frequency of torsional vibration for a shaft.
J. of
Vibration and Shock,Vol.15,No4, (In Chinese),1996.
32. Simulation on Coupling lateral and torsional vibration of a
rotor with
unbalance and crack trouble, J. of applied mechanics, Vol.14, No1,
(In Chinese),
1997
33. Research on the torsional characteristics of a rotor with unbalance
and
misalignment, J. of mechanical engineering, Vol.34, No.5, p91~99,
(In Chinese),
1998.
WORK EXPERIENCE
Development (CFD) Engineer
January 2002 - Present. Bird Machine Company, MA, USA
Computational Fluid Dynamics (CFD) simulation of industrial continuous
solid-bowl decanter centrifuge. Performing flow field analysis, multi-phase
fluid flow analysis, turbulence modeling, 2D/3D Geometry mesh construction
using Gambit 2 for Fluent 6 solver.
* Studied Ekman Layer thickness variation with viscosity and rotational
speed in absolute and rotating reference frames using a 2D CFD model.
* Created a 3D model for test rig decanter. Used experimental data
to calibrate the CFD model.
* Fluent Volume of Fluid (VOF) model was used to study the pool
level change in decanter centrifuge.
January 2000 - January 2002
Developed a new concept for centrifugal separation.
* Marketed the idea in USA and Canada. Contacted several centrifuge
manufacturers for possible collaboration, financial help to develop the
idea and make a prototype.
CFD simulation and analysis of premixed burner for gas fired boilers,
Gas Master Industries Inc., B.C., Canada.
* Created 3D geometry mesh to be used for Fluent Probability Density
Function (PDF) combustion model.
Research Engineer
November 1995 - January 2000. National University of Singapore,
Singapore
Mechanical & Production Engineering Department;
CFD simulation of centrifugal spectrometer (continuous separation
centrifuge) for a solid/liquid mixture to separate particles of different
size, using FIDAP 7.6 and Fluent solvers. Performed flow field analysis
and multi-phase fluid flow analysis, grid generation using numerical codes
on standard and parallel platforms.
* Two-phase flow modes investigated with help of several 3D/2D geometry
models.
* Visualized the particles separation, velocity and pressure profiles
for different operating conditions, using Fidap 7.6 and Ensight post-processing
packages.
* Designed and developed a new spiral groove face pattern for mechanical
seal to separate and lubricate the seal faces and prevent from face-generated
heat and sealed fluid leakage.
Civil Engineering Dept. - Physical Oceanography Research Laboratory;
* Graphics programming with PV-Wave software package for technical
data analyzing and visualization with three dimensional and dynamic graphics.
Quality Assurance Supervisor
May 1993 - July 1994. Varco Intl. Inc. Pte Ltd., Singapore
Work involved implementation of the quality assurance system and
monitoring related activities per ISO 9002.
* Prepared quality assurance and work procedures manuals.
* Prepared international and local standards and technical documents
library and computer data bank for repair jobs.
Sales/Project Engineer
June 1992 - April 1993. Peyke Darya Co., Ltd., Tehran, Iran
* Sales promotion of pneumatic conveying systems for Cyclonaire
Corp., USA
* Technology transfer market research regarding Iranian chemical,
petrochemical and oil industries for IPI Corp., NJ, USA.
* Served on process equipment design, projects carry out for Paxan
Corp., Iran.
* Served on process equipment design, energy and material balances
and process flow diagram development in ammonia perchlorate plant project
for TOP Consulting Engineers, Iran.
Process Engineer
July 1990 - June 1992. Paxan Corporation., Tehran, Iran
Process design, development and troubleshooting in soap, fatty acid,
glycerin production plants.
* Administer mixing, evaporation, distillation, filtration and material
handling processes.
* Developed a new soap production line, using pneumatic conveying
system to transfer soap pellets to storage tanks and dryer.
* Designed new facilities for cleaner and faster production of toothpaste
by using pneumatic handling system for unloading, storage and injection
of calcium carbonate in to the process mixer.
EDUCATION
Master of Science in Mechanical Engineering, National University
of Singapore, 1996.
Bachelor of Science in Chemical Engineering, Tehran University,
1990, Tehran-Iran.
PUBLICATION/PRESENTATION
* Rasaei, M. and Winoto, S.H., "Visualization in the Interface of
a Non-Contacting Mechanical Face Seal with Spiral Groove Pattern", Journal
of Flow Visualization & Image Processing, Vol. 4, pp. 141-148, 1997.
* Paper was presented at the Ninth International Symposium on Transport Phenomena in Thermal-Fluids Engineering, Singapore 1996.
* Rasaei, M., "Application of the Pneumatic Conveying Systems in Food Industries", Presentation paper at the Forth National Food Technology Congress of Iran Optimization and Quality Control of Food, Oct. 1991, Mashad, Iran.
* Winoto, S.H., and Rasaei, M., "Development of Zero Leakage Non-Contacting Mechanical Face Seals", Singapore Polytechnic Graduates' Guild Journal, pp. 111-114, 1995.
* Rasaei, M., "CFD Simulation and Particle Separation in Centrifuge Spectrometer"' Presentation paper for the Forth Asia-Pacific Conference on Computational Mechanics, Dec. 1999, Singapore.
COMPUTER EXPERIENCE
Software Packages: Computer based analysis tools; Fluent, Fidap,
Gambit (Fluid Dynamics Analysis Packages), PV-WAVE (Technical data analyzing
and visualizing Package), AutoCad 14.5, Mechanical Desktop 3, Design of
Experiment (DOE), HTML, Approach, Microsoft Office Applications, Excel,
Harvard Graphics, etc. and Fortran programming language.
Experience with; IBM PC family and compatibles, HP 9000, DEC 3000,
Silicon Graphics and DOS, Microsoft Window, UNIX platforms.
MEMBERSHIP
Member of American Institute of Chemical Engineers (AIChE).
My goal and the goal of my resume is Software Developer, tester and mathematical simulation with/for CFX.
Personal
Date of birthAddressE-mailCitizenshipMarital statusDriver's licenseShengen
visa July 1, 1975Fl.60, 29a, k.1, Russianova str., Minsk 220030, Belarusjaffersonb@yahoo.comRepublic
of BelarusSingleYesUntil 31.12.01, duration is 90 days (60 already used)
Skills
Operating systemsProgramming languagesTools Windows NT, Windows 95/98/2000Pascal,
C++, Basic, STL MS Visual C++
Work experience
August 2000 – PresentNovember 1998 –August 2000 KoenigProzessautomatisierungs
Gmbh, Belarussian department (Visutech System).Electro-engineer, software
development,testing,emulation.Software tools debugging and implementation
for the Horizontal linesof plate circuit production (ATOTECH, Germany).Software
installation and adjustment at the customer side.Five Horizontal lines
were being installed by myself: ASPOCOMP – France;SME – China;ATuS – Germany;
LG, Samsung – South Korea.Polotsk Glass Fiber plant – electro-engineerPolotsk
State University – mathematical simulationof chemical processes department.
Education
Radio-engineer Polotsk State University, Belarus, 1997
Master of science degree in mathematical simulation Polotsk State University,
Belarus, 2000
My science work
Statistical model The statistical mathematical model of defective goodsIn
Glass melting processes in depending of combustionspace conditions. The
accuracy of this prediction is 95%.
Determinate model The 3D mathematical model of combustion spaceof the
Glass melting furnance with my implementatedtools (radiation heating).
Additional knowlege CFD – as tool for glass melting simulation,Combustion
space and melting glass dynamics.Software tools for Glass furnace simulation(from
GlassService, Chech Republic)
Language English – spoken and writing.
I have a big desire to work in research department, to give for you
all my experience and
research talent.
Course : M.Sc(Engg)
Department : CHEMICAL ENGINEERING
Month/year of passing out : Oct' 2001
Application for the post of :
Name of the Organization :
CURRICULUM - VITAE
1. Name of the candidate : K.SUNIL KUMAR
2. (a) Age and Date of Birth
: 23 Yrs (28/03/1978)
(b) Place of Birth
: Warangal,A.P,India.
3. Address (a)
Present
: Room no : S-8,
Students hostels,
I.I.Sc,Bangalore
Pin: 560012.
(Ph : 080 3092918)
(b)Contact
: Lab-3,
Dept of Chemical Engg,
I.I.Sc,Bangalore.
Pin: 560012.
(Ph : 080 3092335)
(c) Permanent
: H.No : 5-2-8/18,
S.P.Office Road,
(Opp:- Pakabanda park)
Khammam,A.P.
Pin : 507001.
(Ph : 08742 26416)
E-mail : ksunil@chemeng.iisc.ernet.in
k_sunil@engineer.com
4) Career objective:
To work in chemical engg field(preferably in CFD), where I can
apply my academic knowledge and scientific skills.
5) Academic Records :
Exam passed University passed year marks %
Subjects
a)SSC BSE(A.P) 1993 80.5% Mathematics,Science,Social
b)Intermediate B.I.E.(A.P)
1995 92.1% Mathematics,Physics,Chemistry
c)B.Tech S.V.U.C.E , Tirupati
1999 80.28% Chemical Engineering Subjects
d)M.Sc(Engg.) IISc, Bangalore. 2001 6.0/8.0(CGPA) Chemical
Engineering Subjects
6) Projects :
M.Sc (Engg) : "Modeling of a Heterogeneous batch Sono-chemical
Reactor"
Guides: Prof .K.S.Gandhi &
Dr.Sanjeev K. Gupta.
Mini Project:
(a)"Natural convection in an electronic cooling equipment - a computational
study"
Guide : Dr. Pradeep Dutta.
(b)"Fuel-Cell type Reactor for Chemical-Energy co-generation"
Guides: Prof .K.S.Gandhi &
Dr.Sanjeev K. Gupta.
B.Tech Project: "Manufacture of Asprin"
Guide : Prof .A.Prabhakar.
7)Fields of specialization:
My special interests are in CFD, momentum heat and mass transfer.
In addition to these areas I can pursue my research in any other areas
of Chemical Enginnering.
8) Electives :
M.Sc : Computer oriented Numerical Analysis, Computational Heat
Transfer.
B.Tech : Energy Resources and utilization , Bio Chemical
Engineering.
9) Academic Achievements :
secured University 2nd rank in B.Tech.
secured Telugu Vignana Paritoshakam & National Merit
Scholarship in Intermediate for getting the second rank in my district.
10) Extra curricular activities :
Active member of ChEA students association.
Shuttle Badminton, Carroms.
11) Computer Acquaintance :
Languages :C,Fortran.
Operating Systems : UNIX,LINUX,MS-DOS,Windows.
Packages :Matlab, IMSL.
12) References :
Prof.K.S.Gandhi
Lab-3
Dept of Chemcal Engg
IISc Bangalore.
E-mail : gandhi@chemeng.iisc.ernet.in
Dr.S.K.Guptha
Dept of Chemcal Engg
IISc Bangalore.
E-mail: sanjeev@chemeng.iisc.ernet.in
I declare that the information given above is true to the best of my
knowledge.
Place : Bangalore
K. Sunil Kumar
Date :
Phone: +7(095) 397-2403 (home)
Address: Russia Moscow 115597,
Gurievskiy proezd,
dom. 15 korp.2, kv 424
Alexey V. Evlampiev
E-mail: jevlamp@zmail.ru
Job Objective: computational fluid dynamics
Education
1992 – 1999
Moscow State Physics Engineering Institute (Technical University)
Faculty of Technical Physics
Department of Rapid Evolution Processes (Chemical Physics)
Speciality:
physics of kinetic phenomena
Degree:
master of physics
1999 – present
Moscow State Physics Engineering Institute (Technical University)
Faculty of Technical Physics
Department of Rapid Evolution Processes (Chemical Physics)
Post-graduate student
Speciality:
physics of kinetic phenomena
Subject:
computational modelling of turbulent
combustion
Degree:
in the process of studying
Experience
1999 (May) – 2001(May)
Semionov Institute of Chemical Physics, Moscow
Scientific Adviser – S.M.Frolov
Speciality: engineer
Duties: C/C++ mathematical program development for finite-difference
methods, object-oriented program development for physical data support,
numerical modelling of the counter-flow diffusion flames structure.
2001 (May) – present
Semionov Institute of Chemical Physics, Moscow
Scientific Adviser – S.M.Frolov
Speciality: research engineer
Duties: numerical modelling of the counter-flow diffusion flames
structure, flamelet library formation.
Professional skills
Knowledge of operating systems: MSDOS, Win98, programming languages:
C/C++, FORTRAN; Directivity in chemical kinetics, chemical
thermodynamics, fluid dynamics, numerical modelling.
Last publication: Evlampiev A.V., Frolov S.M., Basevich V.J.,
Beliayev
A.A.: Improving of Power, Economical and Ecological Indexes Of Internal
Combustion Engines. Vladimir 2001, Materials of Eighth International
Scientific-Practical Conference p. 34.
Name : N.Subramanian
Date of Birth : 9th june,1978
Present Address : #163,Krishna Hostel,
I.I.T-Madras,
Chennai-600 036.
Permanent Address : #31,L.I.C.Nagar,
Moolappalayam,
Erode-638 002.
E-mail : subbu@aero.iitm.ernet.in
send2subramanian@yahoo.co.uk
Objective : To work in Computational Fluid Dynamics
Education:
----------
Post Graduation : Master of Science, Aerospace Engineering,
Indian Institute of Technology --Madras,
Chennai, India.
Expected date of graduation: Dec 2001
GPA (8.00/10.00)
Graduation : Bachelor of Engineering,
Mechanical Engineering,
RVS College of Engineering and Technology,
Dindigul,
Madurai Kamaraj University,
Tamil Nadu, India;
Date of Graduation:May 1999
Aggregate Marks: 74.25%
Secured Fifth Rank at College level
Research Interests : Grid Generation [Structured]
------------------- Combustion Modeling
Turbulence Modeling
Research Experience:
-------------------
Graduate level:
1)Development of orthogonal Grid Generation of 2-D geometries
2)Development of 1-D and 2-D Euler code, 2-D Navier-Stokes code
3)Solving channel flow, 2-D heat conduction
4)Solving 1-D Gun-Launch Ballistic model
Undergraduate level:
1) Finite Element Approaches to Dynamic Modeling of Flexible Robotic
manipulator
2) Developed finite difference code for solving 1-D heat conduction
MS Thesis:
---------
Title: 1-D and 2-D modeling of Gun-Launch Ballistics.
The Gun-Launch consist of a SFRJ-Projectile of 2015mm length and
155mm bore diameter.
The projectile is projected through a Gun barrel of 16m length.The
One-Dimensional study is carried as two
different sections-one is Internal Ballistics,which deals with the
Motion of Projectile inside the barrel;and
the other is External Ballistics,which deals with the Trajectory of
the Projectile after it is being launched
at some Launch Angle.The bottom line of the study is to know the amount
of thrust developed in the case of
Internal Ballistics and to know the Maximum Range and Altitude of the
Projectile in the case of External Ballistics.
The 1-D study even takes the combustion modeling into account.Fotran
code is written for the 1-D study.
The Two-Dimensional modeling of the same problem is done using FLUENT
software.The study is done as purely a missile,
as an airbreathing SFRJ projectile and as a supersonic cruise projectile.
Technical Skills :
----------------
1) Proficiency in FORTRAN 90,C, C++
2) Familiar with Dos and WINDOWS environments
3) Familiar with software like Matlab, AutoCAD, Word, Excel,Graf4win,VTK
CFD Softwares:
-------------
1) FLUENT
2) CFX
Training Attended:
-----------------
1) A Training in AUTOCAD Release 14 for one year[1997 to 1998] in RVS
College of Engineering and Technology
2) A Training in FLUENT/GAMBIT for four days[5th march to 8th march,2001]
in FLUENT INDIA PVT. LTD.,Pune.
Relevant Courses:
----------------
Graduate level:
1) Combustion, Explosion and Detonation
2) Numerical Methods in Thermal Engineering
3) Computational Aerodynamics
4) Advanced Heat and Mass Transfer
5) Rocket Technology
Undergraduate level:
1) Heat and Mass Transfer
2) Thermodynamics
3) Thermal Engineering
4) Turbo Machinery
5) Fluid Mechanics
6) CAD/CAM
References:
----------
1) Prof. S.S.Gokhale<ssg1@aero.iitm.ernet.in>
Dean of Students,
Department of Aerospace Engineering,
IIT Madras, Chennai 600036 India
2) Dr.S.R.Chakravarthy<sathya@aero.iitm.ernet.in>
Department of Aerospace Engineering,
IIT Madras, Chennai 600036 India
3) Dr. K. M. Karuppannan <DrKMKN@hotmail.com, rvsinfo@md3.vsnl.net.in>
The Principal,
RVS College of Engg. & Tech,
Dindigul, Tamil Nadu, India
Valentin Cristian Cristea
Address: Pitesti , street Alunului, Gavana II Bl E8
et 3 ap. 24
Tel. +4012324131
e-mail: aschiuta@yahoo.com
Marital status: married
Birth Date: 27 years old
Objectives:
A challenging position with a company or a research institute which
will use my software development experience and ability to work on a wide
range of systems.
Summary:
Enthusiastic, with a strong sense of initiative.Strong qualities in
communications and organizational skills, energetic and tough.
Work Experience:
Dec.1998-present :
Aerospace engineer at Simultec S.A an Elbit Company
Job description:
-Engineering professional/modeling workteam
-Carries out mathematical models of aircrafts and systems
-Software implementation of worked out models
-Specifications, design documents
-Assimilation of real-time modeling tehniques
Oct.1997-Dec.1998
Aerospace engineer at Training Centre of Aeronautical Personnel
Aug.-Oct 1997
Research engineer at National Institute of Aerospace Research “Elie
Carafoli”
Studies:
1997-1998 Master’s Degree at The Polytechnic University of Bucharest
- The Faculty of Aerospace Engineering .
1992-1997 Bachelor of Engineering Degree at The Polytechnic University
of Bucharest - The Faculty of Aerospace Engineering with Aircraft as main
field and Board Equipment & Installations as major subject
Computer skills:
Familiar with a wide range of computer langauges:
- Detailed knowledge of C , C++ , Matlab 6.0
- Good knowledge of MFC , Borland Delphi
Known Operating Systems:
- Strong knowledge of Windows 98 and Windows 2000
Familiar with a wide range of computer applications:
- MS Office , Autocad 2000 , MSC Working Model ,
Web page editors
Solid knowledge of computer’s hardware
Foreign Languages:
English: very good skills, both written and oral.
Hobbies:
Sports :swimming , cycling , trekking
Other: At present, I am in progress to emigrate to Canada so
I am interested to make contact with possible oportunities for jobs
in aerospce field engineering.
I, Gukan Rajaram, am a M.S. Scholar from Indian
Institute of Technology, Madras, working under the
guidance of Prof. T.Sundararajan,TDCE
Laboratory - Mechanical Engg Department and
Dr.B.Guha, Mechanical Testing Laboratory -
Metallurgical Engineering Department.
My area of research is CFD. My thesis title
is "Modeling of Fluid Flow in Arc Weld Pools".
I developed a Flow Code using FE Method (FORTRAN
as
programming language). My work, was to study the
features of stationary gas tungsten arc welds and
also the role of surface tension forces in weld
pool geometry.
I have three years of experience in CFD field. I
have worked with lot of practical CFD problems,
like metal flow in a cavity problem, flow in tube
(by varing the tube geometry), flow in nozzle. I
have also worked in Fluent 5.2 in order to cross
check the results obtained by the Flow Code
developed by me.
I like to apply for a CFD company so that I can
able to expose my knowledge in a much better way.
I have enclosed my Resume. Please go through that
also. I am looking forward for a favourable reply
from you.
Thanking You
Yours Sincerely,
Gukan Rajaram
RESUME
Name : R.GUKAN
Date of Birth : 04-07-1975
Father's Name : V.Rajaram
Address for
: #152, Cauvery Hostel,
Communication I.I.T. Madras,
Chennai-600 036,
Tamil Nadu,
INDIA
Phone : 091-44-4459071
e-mail : rajgukan@yahoo.com
Area of Specialization : CFD
EDUCATIONAL QUALIFICATION
MASTER OF SCIENCE (By Research):
Institute : Indian Institute of Technology, Madras
Thesis Title : 'Modeling of Fluid Flow in Stationary
Gas Tungsten Arc Weld Pool'
GATE Score : 92.65 Percentile
(a pre-requiste for joining M.S.)
Courses Studied in M.S.
(5 course work + Research Project is Basic requirement
for M.S)
Numerical Methods
B
Computers in Engineering
S
Welding Processes
A
Stress Analysis in Weld Design A
Mechanical Behaviour of
B
Materials
Papers communicated during M.S. Work
International Conference
1. Gukan, R., Guha, B and Sundararajan, T.
Numerical analysis on Marangoni Convection in Gas
Tungsten Arc Weld Pool, International Welding
Conference, IIW, February 2001, New Delhi, India
National Conferences:
1. Gukan, R., Guha, B and Sundararajan, T.
Studies on Marangoni Convection in Stationary
Gas Tungsten Arc Weld Pool, 3rd National
Symposium
of Research Scholars, IIM, September 2000,
IIT
Madras, India.
2. Gukan, R., Guha, B and Sundararajan, T.
Finite Element Modeling of Fluid Flow on Weld
Penetration of Stationary Gas Tungsten Arc
Weld
Pool, 27th National Conference on FMFP, FCRI,
December 2000, palghat, India.
BACHELOR OF ENGINEERING
Institute : R.V.S. Engineering College, Dinidgul,
Tamil nadu
Specialization: Mechanical
OVERALL PERCENTAGE - 66%
Awards and Prizes:
Participated in National level symposium during my
under graduate programm and
-Presented paper in Anna University under Design and
Manufacturing session and got second prize
- Presented paper in Shanmuga Engineering College
under CIM session and got First prize
- Presented paper in R.V.S. Engineering College under
CAD/CAM session and got second prize
Computational Skills :
Programming Languages : FORTRAN and C
Packages : FLUENT, PLOT-MTV, GNUPLOT,
MS-WORD
Operating Systems : MS-Dos, Unix, Linux,Windows.
Reference:
Prof. T. SUNDARARAJAN
Professor
Department of Mechanical Engg.
Indian Institute of Technology
Madras -600 036
I hereby declare that all the above information
is true to the best of my knowledge.
GUKAN RAJARAM
SHUANG-ZHANG TU
CONTACT INFOMATION
Address: 327186 Georgia Tech Station, Atlanta, GA 30332
Phones: (404) 894-0551 (W) or (678) 575-2276 (H)
Email: gt7186a@prism.gatech.edu
OBJECTIVE
Seeking a full time position as aerospace and/or software engineer
in
aerodynamics, aerothermodynamics and computational fluid dynamics
(CFD) for fluid flows (with or without chemical reactions, structured
or
unstructured grids) at all speeds.
EDUCATION
Georgia Institute of Technology, Atlanta, GA, USA GPA
3.63/4.0
Ph.D., Aerospace Engineering, December 2001
M.S., Electrical and Computer Engineering, August 2001
M.S., Aerospace Engineering, August 2000
Beijing Institute of Technology, Beijing, China
M.S., Mechanical and Electrical Engineering, March 1998
B.S., Mechanical and Electrical Engineering, July 1995
SKILLS
Academic background: Gasdynamics, aerodynamics and aerothermodynamics
in
aerospace engineering, digital signal processing and telecommunications
in
electrical and computer engineering.
CFD:
Computational Fluid Dynamics for Perfect
Gas/Equilibrium/Nonequilibrium Flows at all speeds using structured
or
unstructured grids.
CFD related Software: GRIDGEN, GASP, FAST, TECPLOT
CAD related Software: CATIA
Programming Languages: Visual Fortran, Visual C++, MFC, Java, MATLAB,
HTML, Assembly
Operating Systems: Windows 9X/NT, SGI/Irix, SUN/Solaris, Linux,
Mac
Networking: TCP/IP, ATM Networks, Wireless and Mobile Networks
EXPERIENCE
(1) RESEARCH ASSISTANT, Aerothermodynamics Research & Technology
Lab.,
Georgia Institute of Technology, Atlanta, GA 9/1998 - present
* Developed a Solution Adaptive Unstructured Cartesian-Grid Solver
for Thermochemical Nonequilibrium Flows - PhD thesis
The overall goal is to develop and demonstrate the chemically reacting
flow capability in a new unstructured, solution adaptive Cartesian
grid
flow solver. A binary-tree data structure is used to represent the
unstructured-type Cartesian grid. A linked list is used to represent
the
neighbors of a cell, since the number of a cell's neighbors may change
due
to the grid adaptation. A cut cell approach is adopted to properly
treat
the boundary cells resulting from the intersection between the Cartesian
grid and the body surface. HLLC approximate Riemann solver is used
to
capture the flow features of a supersonic/hypersonic flow. A linear
reconstruction approach based on Green-Gauss method is used to obtain
the
left and right states at edges of a cell. An efficient slope
limiter is
applied to ensure the robustness of the solver. An effective
solution
adaptive approach is used to refine or coarsen the grid. The solver
is
capable of solving frozen perfect gas, equilibrium, chemical
nonequilibrium, and thermochemical nonequilibrium flows. The numerical
results show good agreement with those in literature and experiments.
* Drag Reduction Using Artificially Blunted Leading Edge
(ABLE) concept
This concept has been proved to be able to reduce the wave drag of
a
supersonic blunted body significantly.
(2) SOFTWARE ENGINEER, Sunhill Information System, Ltd., Beijing, China
3/1998 - 9/1998
* Main programmer (using Visual C++) of a project developing a
system used in newspaper industry.
A synchronous communication card plugged on the motherboard of a computer
acts as an interface between the computer and the outside communication
channel, which is a satellite channel. The interface functions coming
with
the communication card are called to send and retrieve data from the
buffer of the card and to check the status of the card. A sub-system
of
the project is to call the communications functions provided by Visual
C++
to dial a modem and send/receive data from it. A new protocol is devised
in our system to satisfy the special requirements of the user
environment. Newspaper companies want to send their huge amount of
data to
the printing sites across the country through a satellite channel in
a
broadcasting way. The receiving status will be reported by individual
sites through a dial-up telephone channel. The possible small amount
of
lost frames will be resent by the sender and the specific receiver
will be
indicated in the header of the data package. Our product works very
well
in practical use.
* Participated in developing an electronic publishing system used by
electronic newspaper industry.
The developing tool is Visual C++. The newspaper can be edited and
published on the Internet. This system is widely used now.
(3) RESEARCH ASSISTANT, Beijing Institute of Technology, Beijing, China
9/1995 - 3/1998
A high resolution TVD scheme is adopted to simulate the supersonic
jet
flow with the ambient flow be supersonic, subsonic or quiescent. A
user
interface is developed using Visual C++.
COURSE PROJECTS
* Transonic Airfoil Inverse Design Using 2-D Full Potential Method
* Supersonic Inlet Design Using the Method of Characteristics
* Axisymmetric Plume Analysis Using the Method of Characteristics
* Grid Generation Using Differential Equation Techniques
* Numerical Solution of Riemann Problem
2-D Euler Solver Using MacCormack's Scheme
2-D Explicit Roe Averaging Euler Solver
2-D Implicit Roe Averaging Euler Solver
2-D Implicit Roe Averaging TLNS Solver
* Calculation of A Hypersonic Lifting Body
* Numerical Solution of the Non Self-similar Laminar Boundary
Layer
* 3-D Geometric Modeling using CATIA
HONORS
"Long March" Fellowship awarded by Ministry of Space of China, 1995,
Beijing, China
"Tang Yuan-Ming" Fellowship awarded by Tang Yuan-Ming Foundation, 1997,
Beijing, China
ACTIVITIES
AIAA Student Member
REFERENCE
Dr. Stephen M. Ruffin, Assoc. Professor, School of Aerospace Engineering,
Georgia Tech.
Email: stephen.ruffin@aerospace.gatech.edu
OBJECTIVE
To obtain an engineering position where I can use my
analytical and computer skills to solve advanced
engineering challenges.
EDUCATION
Master of Science in Mechanical Engineering
The University of Toledo, Toledo, Ohio
Anticipated May 2002 (Cumulative Grade-Point Average :
3.916/4.0)
Bachelor of Engineering in Mechanical Engineering
Veermata Jijabai Technological Institute (V.J.T.I.),
The University of Bombay, Bombay, India
May 1998
RELEVANT COURSEWORK
Viscous Fluid Flow
Conduction
Computational Fluid Dynamics
Design of Thermal Systems
Internal Combustion Engines
Heating, Ventilation and Air-conditioning
Advanced Engineering Mathematics
ACADEMIC PROJECTS
Master of Science Project : Numerical heat transfer in
the drive plate of a nutating engine (August 2000
May 2002)
Performed simulations of the heat transfer taking
place in the wobble plate of the McMaster Rotary
Engine using the CFD package COMPACT, determined the
factors affecting the plate temperature distribution
and recommended design parameters to obtain optimal
cooling. Compared the results obtained through the
numerical simulation with those obtained through an
approximate analytical solution.
Bachelor of Engineering Project : CAD on the Internet
(June 1997 May 1998)
Designed warehouse storage racks using Pro/ENGINEER
based on user inputs received through a webpage and
displayed the output as a webpage-compatible 3-D VRML
world.
Developed code in MATLAB to solve for various CFD
algorithms as part of the Computational Fluid Dynamics
course.
Developed code in C++ to generate a mesh, solve for
the laminar flow field in circular and triangular
ducts and compare analytical and numerical solutions
as part of the Viscous Fluid Flow course.
Modeled the propeller blade of a single-seater light
aircraft designed at I.I.T., Bombay using Pro/ENGINEER
during the senior year (June 1997 May 1998).
WORK EXPERIENCE
Blue Star Limited, Bombay, India
August 1998 to June 2000
Engineer (Air-conditioning Projects Division)
Marketed design services to architects and builders
specializing in the building of hospitals, clean
rooms, commercial and industrial premises and achieved
annual targets of booking projects amounting to $1
million during both years of employment.
Engineering tasks included performing heat load
calculations, psychrometry, selecting the necessary
equipment (refrigeration, pumping, air-handling),
determining sizes of pipes and ducts, preparing piping
and ducting layouts and developing a bill of
quantities and a cost estimate for the project.
Prepared periodic reports of the divisions
performance in terms of the number of projects booked
and projects lost to competitors, profits generated
and quantities of equipment sold that were
manufactured in-house and purchased from other
manufacturers.
Developed Excel spreadsheets to generate instantaneous
customer quotations for chillers manufactured
in-house.
Developed Excel spreadsheets to carry out AHU
selection and determine fan and compressor ratings at
different operating conditions.
Gained experience in the use of Baan software.
ACADEMIC ACHIEVEMENTS
Received the National Merit Scholarship for good
performance in the 10th grade examination.
Received a Graduate Tuition Scholarship from the
University of Toledo (August 2000 to May 2002).
COMPUTER SKILLS
Operating Systems : MS-DOS, Windows 95/NT/2000
Programming Languages : Pascal, C, C++
Engineering Software Packages : MATLAB, Mathcad,
Pro/ENGINEER, AutoCAD
CFD Packages : COMPACT 4.0, Fluent
Microsoft Office : MS Word, MS Excel, MS PowerPoint,
MS Project, MS FrontPage
AMOD SUBHASH NADGOUDA
35420, High View Court
Bldg/Apt. 22304, Muirwood Apts.
Farmington Hills, MI 48335
Phone: 906-483-8415
Email: asnadgou@mtu.edu
OBJECTIVE
To obtain a full-time position as a mechanical engineer
ACADEMICS
May2002 Master of Science (MS) in Mechanical Engineering
Michigan Technological University (MTU), Emphasis on CFD, Fluid Mechanics
(GPA 3.5/4.0)
June 1999 Advanced Diploma in Computer Systems Analysis (ADCSA)
Radio Electric Institute (REI), Mumbai University, India (Equivalent
GPA 4.00, 2nd Rank)
June 1998 Bachelor of Engineering (BE) in Mechanical Engineering
Maharashtra Institute of Technology (MIT), Pune University, India (Equivalent
GPA 3.58)
WORK EXPERIENCE
· Trainee Engineer/Summer Intern: Scientific
Research Laboratory, Ford Motor Company.
(05/01 to 08/01) Worked in the Flow Lab and the Components Lab. Job
duties included development of a prototype swirl/tumble meter and integrating
it with the flow stand installed in the Flow Lab. Also worked on a Pressure
Scanner, a device used to measure pressure drop across individual components
in a system. Salary: $45000 PA
· Graduate Teaching Assistant: Department Of Mechanical
Engineering-Engineering Mechanics, MTU,
(08/00 to 05/01 &12/99 to 05/00) Teaching basic concepts
of fluid mechanics and statistics to undergraduate students. Salary: $16,000
PA
· Graduate Research Assistant: Department Of Mechanical
Engineering-Engineering Mechanics, MTU,
(05/ 00 to 08/ 00). Job duties included testing and validation
of software for Diesel Particulate Traps under Dr. Johnson and Dr. Yang.
Salary: 16,000$ PA.
PUBLICATIONS
· Validation of the Swirl/Tumble Meter. Amod Nadgouda and Robert Page, Ford Technical reports, August 2001.
MASTERS THESIS
“Application of 2-layer model to simulate the performance of a Catalyzed Particulate Filter”, Advisor: Dr. John Johnson and S.L. Yang. MTU.
PROJECTS
Work Projects (Ford Motor Company)
· The Swirl/Tumble Meter: Worked on development and testing of a prototype of the Swirl/Tumble Meter, a device capable of measuring the swirl, tumble and cross-tumble ratios in the engine. Worked on a Jaguar 3.0-liter displacement engine flow box for validation of the meter. Compared the results obtained from the meter with Particle Tracking Velocimetry (PTV) measurements.
· Pressure Scanner: Worked on a pressure scanner, capable of measuring pressure drops across individual components in a system. Studied the equations for the loss coefficients for the scanner. Assisted in the testing of the scanner for an exhaust system.
Academic Projects
· The Magnetic Spinner: Complete Analysis of "THE REVOLUTION", a magnetic device which involved formulating the analytical equations governing the device and solving them in Mathematica.
· Compound Sine Angle Table: Design and Manufacturing of a compound sine angle table, a fixture that would be used in the cooling of hot spots in an engine cylinder. The Device for manufactured at “Supreme Gauges and Instruments, India” for their client.
EXPERTISE
Internal Combustion Engines, CFD, prototype testing and development, catalytic after treatment, particulate emissions, statistics
RELEVANT COURSES (MS level)
Computational Fluid Dynamics Mathematical Modeling
Advanced Fluid Mechanics IC Engines
Design of Experiments Intermediate Heat Transfer
Linear Algebra
COMPUTER SKILLS
Languages: C, C++, HTML, Fortran
Data Acquisition: LABVIEW.
Databases: FoxPro, Oracle.
Operating Systems: UNIX, Windows 95/98, MS DOS.
Applications: Microsoft Office, Tecplot.
Commercial Packages: Star –CD (current), Fluent (current)
AVAILABILITY: May 2002, willing to relocate.
REFERENCES: Available on request
EDUCATION
2001-02 Imperial College, London
MSc in computational methods for aeronautics, flow management
and fluid dynamics
1994-00 University of Cagliari, Italy
Degree in Environmental Engineering. Final mark: 110/110 cum
laude. My thesis was about the use of renewable energies, particularly
wind energy
1989-94 Liceo Scientifico Pacinotti of Cagliari, Italy
High School. Final mark: 60/60
WORK EXPERIENCE
Autumn 2001
Worked for Globalnet IT Company, Cagliari (Italy), visiting
other companies to sell them our service. Performed door-to-door sales
calls to obtain clientele for my the Company. Telemarketing, which involved
learning, implementing sales practices and then demonstrating these skills
to other members in the team.
ADDITIONAL SKILLS & ACHIEVEMENTS
Awards September 2001: I obtained
a grant from my city to study for an MSc in Aeronautics.
December 2000, Milan - Italy: I won a prize of 3000 euros from the Deutsche
Bank for my thesis.
September 2000: I obtained a PhD grant in the University of Cagliari. During
University I won four grants for my studies, in 1995, 1996, 1997, 1999.
Languages Italian: mother tongue. English: fluent.
IT Skills Advanced in Word, intermediate at Excel,
PowerPoint, AutoCAD, Matlab and Outlook. Deep understanding of Pascal and
Fortran. Generally as I have been using computers all my life I can become
proficient in a computer application rapidly.
Interests My main sporting activity is playing football;
I am captain for my team which involves organising the matches with other
teams.
I have also practised swimming for four years.
From 1997 to 2000 I was part of a non-profit group inside my parish; our
task was to contribute to the education of a group of adolescents.
Travels August 2000: Participated in
English immersion program in Dublin attending a language school for one
month.
August 1998: Participated in English immersion program in London while
living with a local family and attending a language school for two weeks
CURRICULUM VITAE
Abdul Aziz
Holdergasse 20 / 1
70701, Schwieberdingen, Germany
07150-378818 (Pri.) / 0173-1644293(Cell)
0711-811-24141 (Office)
Email: abdul.aziz@de.bosch.com
abdulaziz75@compuserve.de
PERSONAL DATA
Date of Birth 09.10.1977
Place of Birth Karachi
Nationality Pakistani
Marital Status Single
SCHOLASTIC CHRONICLE
9/2000 - 2/2002 University of Applied Science, Esslingen, Germany.
MSc. (Automotive Engineering)
Grade: B+
1995 - 1999 N. E. D. University of Engineering & Tech, Karachi,
Pakistan.
(B.E) Bachelor’s in Mechanical Engineering.
Academic Level: 1st Division (83%)
1992 - 1994 D.J. Sind Govt. Science College, Karachi, Pakistan.
(H.S.C) High School Certificate
Grade: A (75%)
1990 - 1992 Karachi Folk’s High School, Karachi, Pakistan.
(S.S.C) Secondary School Certificate
Grade: A One (81%)
PRACTICAL EXPERIENCE
4/2002 – Present Steinbeis Transferzentrum Waerme- und Stroemungstechnik,
Germany (External Employee Robert Bosch GmbH, Germany)
Development and Investigation of Spray characteristics for under developed
Piezo Injector using available FIRE spray Module and with the developed
interface.
2/2002 – 3/2002 Robert Bosch GmbH, Stuttgart, Germany, Holiday
Job
Further Investigation in the field of Spray behavior for High Pressure
Injector and Improvement in the developed tool during the thesis work.
8/2001 - 1/2002 Robert Bosch GmbH, Stuttgart, Germany,
Master Thesis
To develop and investigate a link between Internal Flow and Spray Module
using CFD codes Fire for Gasoline Direct Injector
12/2000 - 8/2001 IPA FraunHoper Stuttgart, Germany, Academic
Assistance
To optimize the structure and Kinematics for the work space of Parallel
Hexapod and Design & Modeling of robots on Pro-E
5/1999 - 8/2000 Gatron Industries Ltd. Hub, Pakistan.
Trainee Engineer (Mechanical maintenance Dept.)
Involved in the maintenance work of Refrigeration and Air-conditioning
machines, which include Chillers, Compressors, Air Handling Units.
STUDY PROJECT
1/1999 - 4/1999 Hydro Carbon Institute of Research and Development,
Pakistan
Final Year Engineering Group Project on Conversion of Diesel Engine
into CNG (Compressed Natural Gas) system. To investigate the different
Engine Parameter and study the mythology of conversion.
INTERNSHIP
7/1997 - 7/1997 General Tyre and Rubber Company of Pakistan Limited
On job training in Maintenance Department as part of 3rd Year Engineering
Course and responsible to learn the different manufacturing processes involved
in tire industries.
COMPUTER Microsoft Windows, Unix,
APPLICATION Microsoft office applications, Fortran 77,
Adams, Fire (CFD tool), Pro-E, AutoCAD,
Matlab/Simulink
LINGUISTIC Urdu (National), English (fluent),
PROFICIENCY German (good)
PROFESSIONAL PEC (Pakistan Engineering Council)
MEMBERSHIP ASME (American Society for Mechanical
Engineers)
SAE (Society of Automotive Engineering)
ABDUL AZIZ
Schwieberdingen, 13.06.2002
Harish Prabhu.K
Think 3 Designs India Pvt. Ltd.
5th Floor, ‘B’ Wing
Cristu complex, 41 Lavelle road
Bangalore-560 001
Karnataka, India.
E-mail: harish.prabhu@think3.com
Ph: Res: +91-80-632 0246.
harishprabhuk@yahoo.com
Off: +91-80-212 0246 Ext: 110
Career Objectives:
· To establish myself as one of the best Engineer in Mechanical
field.
· I would like to enhance my technical knowledge and gear myself
to the emerging new technologies.
· Total growth, professional and personal.
Education:
Bachelor of Engineering (B.E.) in INDUSTRIAL ENGINEERING AND MANAGEMENT from Dr. Ambedkar Institute of Technology (Dr. AIT), Bangalore University, Bangalore, Karnataka, India. Secured Engineering Degree by getting FIRST CLASS WITH DISTINCTION with an aggregate of 78.5% in Final Year. Pre University– 70% Secondary School – 81%
Work experience:
Apr 29, 2002 – Present
Think3 Designs India Pvt. Ltd.
Bangalore, Karnataka, India.
(US based Multi National Comp.)
· Working as a Customer Care Engineer in R & D center.
· Handling different cases about Think Design software (MCAD)
in International level.
· Working on Knowledge base and Quality issues of design concepts.
· Working on total cycle of Research and Development of software.
Oct 03, 2000 – Apr 26, 2002
Multiplug Industries.
Bangalore, Karnataka, India.
(Viman Multiplug Pvt.Ltd)
· Worked as Design Engineer.
· Having experience in modeling using Pro-E 2000i & 2000i2,
Unigraphics v-17 software.
· Having experience in analysis using Ansys 5.4 and Pro-Mechanica
software.
· Worked under specialize in mfrs. Of –Screw locks for Tele-communications
& computer Industry, Handles, Door magnets locks, Sheet metal enclosures,
Euro racks sub racks & bay frames, Components and Assemblies for Aerospace
Industry.
Nov 29, 1999 – Apr 01, 2000
H.M.T Pvt. Ltd.
Bangalore, Karnataka, India.
(Tool & Die Making Division)
· Worked as Project Trainee, as a part of academic requirement.
· Approved as one of the best Project in the department.
· Appreciation letter is given by external guide, Mr.
Ashok Patangay, Joint General Manager,
Inspection and Q.A dept. H.M.T Tool and die making division. (ISO 9001
UNIT).
Software skill set:
CAD/CAM/CAE Packages: AUTO CAD
Think Design v-4, v-5, v-6, v-7, v-8.93 .v-8.01
Basic Training L-1 views, 2D-3D, GUI, Drawing layout
L-2 Variational sketches,
History, Spread sheet
Assembly/Mating Constraint.
L-3 Project Browser, Bottom up assembly
Think Design - Solid Modeling (Capture &playback)
2D Detailing
Think Shape – Shapes, Basic surfacing, Hybrid modeling,
IGES to Solid, Core & Cavity (Moulding)
Global Shape Modeling.
Think Real – Basic Rendering.
Think parts – Part Family.
PRO/engineer 2000i and 2000i2
Drafting
Part (solid) modeling
Surface Modeling
Assembly, Drawing and detailing,
Sheet Metal
Moulding,
Welding,
Pro/NC post (CAM)
Milling,
Turning
Pro/mechanica (CAE)
· Structural analysis
· Thermal analysis
· Model analysis
· Buckling analysis
· Optimization of Design
UNI-GRAPHICS v-17:
Sketching
Solid Modeling
Surface Modeling
Assembly
Drafting
Sheet metal
Manufacturing
Milling, Driling
ANSYS 5.4:
Concept of FEM/FEA
Mesh generation and requirements
Structural analysis - Static analysis, Dynamic analysis
Thermal analysis – Steady state and Transient thermal analysis
Vibrational analysis
Computational fluid dynamics (C.F.D)
- Laminar flow analysis
Turbulent flow analysis
LS-DYNA
Operating Systems: MS-DOS, Windows 98,
Windows NT,
Windows 2000, Windows XP
Languages:
Fortran, C, C++
General:
Numerical Methods, Software Methods,
Software Practice, FoxPro,
Basic-course from BITS computer Education, Bangalore.
Academic Project Work
Title : “Analysis of Non Conformity using Statistical Quality
Control Techniques and Supplier Relations.”
Description :
The Analysis of Non Conformity (NC) showed that the numbers of NC’s were
more for the Turning Operation and it was due to the bore dia in turning.
The NC’s were analyzed and brainstorming session was conducted to determine
the causes. This involves the applications of control charts and process
capability studies. Analyzing processes wise reasons behind production
of parts not confirming to designs, specifications were found and corrective
actions suggested, such as better process setting procedures which on effective
utilization will give better economy in the long run.
The spiral of progress in quality concerns the purchase of goods
or services from suppliers or vendors. Since the supplier also plays a
key role in developing quality product the supplier relations were also
carried.
Projects done using PRO-E 2000i and 2000i2 software.
· Creating the motor part, lower housing part, snap ring part
and upper housing part
· Creating the motor assembly, motor housing, blower assembly,
motor part drawing.
· Designing the cover part, completing the motor part and blower
assembly,
Finishing the motor assembly.
· Developing and finishing motor part, finishing the drawing.
· Creating the bevel gear section and the slug part.
· Creating models such as-valve cover part, shaft valve part,
housing part, housing part,
Gear part, crank part, ring part,, bushing
part, bracket part, shaft part.
· Assembly of valve.
· Designing of cavity injection mould for simple components.
· Designing of Flange mounted electromagnetic brake and
clutches, Disc brakes.
· Designing of self Priming pumps, Multistage pumps, Gear pumps,
Vaccum pumps,
Geared Motors.
Projects done using UNIGRAPHICS-17 software.
· Creating the motor part, lower housing part, snap ring part
and upper housing part
· Creating the motor assembly, motor housing, blower assembly,
motor part drawing.
· Designing the cover part, completing the motor part and blower
assembly,
Finishing the motor assembly.
· Developing and finishing motor part, finishing the drawing.
· Creating the bevel gear section and the slug part.
· Creating models such as-valve cover part, shaft valve part,
housing part, housing part,
Gear part, crank part, ring part, bushing
part, bracket part, shaft part.
· Assembly of valve and Designing of cavity injection mould
for simple components.
Projects done using ANSYS-5.4 software.
· Static analysis of a corner bracket.
Discipline: structural
Analysis type: linear static
Element type used: PLANE82
Result: finding out load status, von
mises equivalent stress (nodal solu) and reaction solu.
· Analysis of solid models.
Discipline: structural
Analysis type: importing and meshing
only
Element type used: SOLID92
Result: repairing of geometry and improve
the models.
· Analysis of a plate with a hole.
Discipline: structural
Analysis type: linear static
Element type used: PLANE145
Result: finding out load status, stress
in x-direction and image capturing.
· Solidification of a casting.
Discipline: Thermal
Analysis type: non-linear transient
Element type used: PLANE77
Result: finding out temperature dependent
graph-enthalpy.
· Magnetic Analysis of a Solenoid Actuator.
Discipline: magnetics
Analysis type: linear static
Element type used: PLANE13
Result: plotting the magnitude of the
flux density.
· Laminar and Turbulent Flow Analyses in a 2-D duct.
Discipline: computational fluid dynamics
(C.F.D)
Analysis type: steady-state
Element type used: FLUID141
Result: finding out fluid velocity and
flotran set-up.
· Analysis of drop test of a container(explicit dynamics).
Discipline: structural
Analysis type: transient dynamics(explicit
method)
Element type used: SHELL163
Result: finding out the impact and dynamic
results.
· Modal Analysis of a model Airplane wing.
Discipline: structural
Analysis type: modal
Element type used: PLANE42 and SOLID45
Result: finding out natural frequencies
and animating of five mode shapes.
· Analysis of Wiper Blade in contact.
Discipline: structural
Analysis type: non-linear transient
Element type used: HYPER74,TARGE169
and CONTA172
Result: finding out equivalent stress
over time.
Projects done using PRO-MECHANICA software.
Structural analysis.
· Analysis of cantilever beam.
· Static analysis of a corner bracket.
· Analysis of beams, support structures.
Thermal analysis.
· Analysis of thermally loaded support structures.
· Analysis of Insulated wall temperature.
· Analysis of heat generating plates.
Modal analysis.
· Analysis of natural frequency of a motor generator.
· Analysis of vibration of a wedge.
· Analysis of vibration of a plate.
· Modal analysis of a model airplane wing.
Design optimization of different notch
plate models.
Career Rankings:
Ø Ranked in the top 10% in class through out schooling.
Ø Got “Medal” for Securing Highest % of Marks in a Class of 100 Students in S.S.L.C.
Ø Secured Highest marks in Kannada and Hindi Language for whole District (Chitradurga) in S.S.L.C.
Ø Scored Highest Marks for Department in Engineering Graphics in Second Semester of Engineering Study.
Ø Scored Highest Marks for College in Product Drawings and Software Development in Fifth Semester of Engineering Study.
Ø Ranked 1st Out of 50 students in the fifth Semester for the Department in Engineering.
Ø Ranked in the top 10% in class throughout Engineering.
Seminars attended:
§ A seminar given by Dr. Bharath Chandra for personality development
and study skills (Time management)
§ College Project Seminars
§ Seminar given by some professors for I.T. development and design
improvement in India.
Personal : Indian National Born on 20th June 1977
Father’s Name : Baburaya Prabhu K.
Mother’s Name : Sabitha B. Prabhu K.
Personal Attributes :
v Highly motivated.
v Ability to work both independently and collectively to achieve objectives.
v Enjoy challenging of work environment.
v Quick Learner.
Other Qualifications:
¨ Typing .
¨ Completed Hindi Course from Prathama to Visharadha from Dakshin
Bharat Hindi Prachara Sabha, Madras (Chennai)
Extra Curricular Activities:
Ø Attended many quiz programmes in School.
Ø Health and Hygiene course from Health Education Service, Pune,
India.
Ø Won second place for Essay Writing (about Swami Vivekananda)
in whole district from ABVP (Akhila Bharat Vidya Parishath).
Language Proficiency: Working knowledge of English, Hindi, Kannada &
Konkani.
PRESENT WORKING COMPANY PROFILE (Think3 India)
Think3 develops mechanical computer aided design (MCAD) and product
data management (PDM) solutions for companies that design everything from
sports cars and furniture to heavy machinery and industrial equipment.
At think3, we strive to help customers design and bring to market
superior products. The competitive pressures are fierce, and to survive
and maintain a competitive advantage companies must continually design
and bring to market distinctive, innovative, high quality products faster
than the competition.
Designers and engineers get access to all the tools they need to design
distinctive, innovative, high quality products in a single integrated environment.
Thinkdesign offers best-of-class 3D design capabilities, 2D-3D transparency,
integrated PDM functionalities, and addresses the utmost requirements of
Industrial Machinery and Industrial Design customers.
Think3 is raising the bar in mechanical design and product life cycle
management, offering the industry's first integrated 2D, 3D, PDM solution.
Think design works hand-in-hand with thinkteam, the think3 product
data management solution. Together, thinkdesign and think team offer the
industry's most comprehensive MCAD and PDM solution for Industrial Machinery
and Industrial Design companies.
Think team is a ready-to-use Product Data Management (PDM) solution
that allows the capturing, organizing, automating and sharing of valuable
engineering product information, including standard components, documents,
part numbers, bills of materials and active projects.
Full function 2D and 3D MCAD in the same environment.
CUSTOMER CARE ENGINEER’S WORK PROFILE (Present Work)
· Respond to customer queries from all over the world using CRM
software within a stipulated time of 24 hours.
Emphasis is on quality of reply in a manner, which is courteous, precise,
and to the point.
· When the queries are related to known issue the customer is
guided to the knowledge base articles and/or web training available on
think3 website. This will make a customer aware of self-help material available
and will reduce the number of queries inserted by the customer in the long
run.
· Writing and publishing new articles for the knowledge base
on a continuous basis, we also attempt to broaden the gamut of KB articles
on website thus providing customers with more self-help material. This
includes editing and publishing articles written by other CC team members.
· Alert R & D about bugs by inserting
bug/s in the Error Database. This is done after a thorough evaluation.
Update the customer on particular cases when needed.
· Handling cases from our VARs.
Assisting ‘thinkQuick’ team in editing and reviewing the articles
on specific topics. ThinkQuick is a program, which attempts to train the
customers in use of thinkdesign in a more structured manner.
· Assisting and supporting worldwide Customer Care team on specific
cases and coordinating on related topics.
· Participation in education program in coordinating with educational
institutes and help them out regarding installation, demonstration and
Presentation.
Give a demonstration and presentation to prospective customer
as and when needed.
If I am given an opportunity to work in your esteemed organization, I will work to the best of my knowledge and skills.
PLACE: BANGALORE
HARISH K.PRABHU
Res add: # 135, 9th cross, 3rd main, S-layout,
K-kunte, Bangalore, INDIA-560 062