2012 |
|
|
Optimal Design and Operation
of a boosted HCCI Engine System;
Prasad Shingne and Vassilis Triantopoulos |
|
Optimization of a Boosted, Inter-cooled HCCI Engine for Improved Load Range Operation;
Arvind Sivakumaran, Joshly Varghese and Karthik Ravishankar |
|
The Design and Manufacturing Processes Opimization of a Car's B-pillars;
Zheng Shen, Liang Xi, Ying Luo and Yue Jian |
|
Optimal Design of Hybrid Electric Vehicle for Fuel Economy;
Archit Rastogi, Mingxuan Zhang, Pulkit Agrawal and Vasu Goel |
|
Opimization of A-arm Suspension and Steering System;
Rohit Jain, Shrikant Mandapaka and Danvir Singh Sethi |
|
Design of a High-solids Anaerobic Digester for Minimized Cost and Life-cycle Energy;
Stephen Chaves, Nathan MacPherson, Nolan Orfield and Syed Talha Wasif |
|
Optimization of a McDonald's Restaurant;
X. Gu, H. Kuang, C. Spangler and X. Zhang |
|
Opimization of Road Bicycle for Material Cost;
Srinivas Karthik, Kunal Javali, Martin Perrin and Saumil Wagle |
|
Opimization of a Powered Ankle-foot Orthotic Device for Rehabilitation Purposes;
Lihang Nong and Lisa Perez |
|
Hybrid Electric Heavy Duty Truck Optimization;
Alparslan Emrah Bayrak, Alex Burnap, Namwoo Kang |
2011 |
|
|
Design Optimization of A Hydraulic Hybrid Power-Split Heavy Duty Vehicle;
Jong Jin Park, Ingyu Lim and Jihyun Lee |
|
An Efficient and Cost-Saving House:Optimal Investment Strategy for Improved Residential Energy Usage;
Matthew Brusnahan, Katie Caruso, Sunmin Kim and Patty Liao |
|
Optimal Design of Electric Bicycle;
Yangbing Lou, Yuan Chang, Rongtao Jia and Hao Tan |
|
Optimization of Sustainable Bus;
Bosuk Han and Youngwoo Kim |
|
Optimization of SI Internal Combustion Engine for Fuel Economy;
Vaibhav Jaguste, Björn Anderson, Anjan Kumar Krishnan and Akshay Aggarwal |
|
Optimization of a Crossbow;
Ankit Dhingra, Lisa Rogers, Szymon Sambor and Nishant Shrivastava |
|
Profit Maximization Aircraft Design;
Yu-Hung Ho, Chun-Min Ho, Chun-Shiang Lin and Shih-Kang Peng |
|
Optimal Design of an RC Aircraft for Payload-Bearing Missions;
Rakesh Jayakumar, Jianxin Li, Mohit Mehendale and David Moiseev |
|
Optimization of a Power Split HCCI and Hydraulic Hybrid for Maximum Fuel Efficiency;
Peter Attema, Phillip Bonkoski and Chang-ping Lee |
|
Optimization of a Soccer Stadium;
Ajay Patel, Hylus Raj, Payam Mirshams and Faisal Shaikh |
|
Optimization of Combustion & Mechanical Design of A Non-Sinusoidal Piston Path Turbocharged HCCI Engine;
Eric Bumbalough, Karthik Sankar Ram, Chinmaya Mittal and Anirudh Agrawal |
|
Optimal Design of Wheelchair Drive Mechanism;
Perwez Akhtar, Karthik Reddy Kothakota, Vishwesh Nampurkar and Clare McNamara |
|
Optimal Design of A Flexible Formula 1 Wing;
Adam Vaughan, Sriram Narayanan and Varjavan Dastoor |
2010 |
|
|
Grid Interaction of Plug-in Hybrid Electric Vehicles - Optimizing GHG Emissions and Cost of Electricity Generation Due to PHEV Fleet Infiltration;
Jason MacDonald, Laura Manofsky and Sarang Supekar |
|
Optimal Design of an Autonomous Underwater Vehicle;
Shari Hannapel, Bjoern Ritter, Nick Stowe and Jeff Walls |
|
Design Optimization Study on a Containership Propulsion System;
Brian Cuneo, Thomas McKenney and Morgan Parker |
|
Optimal Design of a 3-DOF Parallel Manipulator;
Huai-Ning Chang, Suhant Prajwal Reddy Ranga and Yu-Jen Wang |
|
Optimal Design of a Residential Wind Turbine;
Kurt Cunningham, Kevin Schaefer, and Manan Thakkar |
|
Optimal Design of a Segway; Vijay Manikandan Janakiraman, Taylor Tappe, Hao Pan and Saradhi Rengarajan |
|
Optimal Seat Design for an Enriched Driving Experience;
Raghavendra Chivukula and Balaji Ramanathan |
|
Optimal Design of a Heating, Ventilation, and Air Conditioning System;
Ahmad Almuhtady and Mohit Sood |
|
Optimization of an Artificial Heart;
Abdulrahman Aref, Tomohiro Horibe, Jennifer Mann and Anna-Luisa Uhlitz |
|
Optimization of a Novel Surgical Device for Laparoscopic Hysterectomy;
Christian Heinrich and Darragh Buckley |
|
The Optimization of a 1/4 Scaled Remote Control Hybrid Vehicle;
Boyun Wang and Jixin Chen |
|
River Boat Vulnerability Optimization;
Fredy Misael Zarate Patarroyo, John P. Kim and Shiladitya Sen |
2009 |
|
|
Optimization of an External Fuel Tank of a Space Shuttle;
Raghunath Sai Katragadda, Padmaja and Sophia Guntupalli |
|
Design Optimization Study on an Ultrafast Smart (SMA Resettable) Latch;
Shishira Nagesh and Won Hee Kim |
|
Optimal Design of an Extended Range Electric Vehicle;
Michael Diaz and Timothy Stutz |
|
Optimal Design of a Plug-in Hybrid Electric Vehicle;
Carol Girata, Rakesh Patil and Michael Woon |
|
Optimal Design of a Throwing Robot;
Robert Brown, Hai Nguyen and Nathaniel Skinner |
|
Lean Manufacturing System Design - Table Manufacturing Line Optimization;
Kang-Ching Chu, Tejkaran Singh G, Xinran Liang and Eric Park |
|
Optimal Design of an Electric Bicycle; Piyush Soni and Sha Li |
|
Optimization of a 2-Stroke HCCI Engine Power Generating System;
Anne Marie Lewis, Srinath Gopinath and Kyoung Hyun Kwak |
|
Optimal Design of an Affordable Energy Efficient Home;
Robb De Kleine, Prachi Jain and Teresa Franklin |
|
Optimal Design of a Flying Car;
Joshua Bishop-Moser, Jihun Kim, Sungmin Lee and Shreyank Muralidhara |
|
Wind Turbine Optimization;
Vineet Hingwe, Michael Manolidis, Anirudh RR and Paul Russell |
2008 |
|
|
Rotordynamic Design Optimization of a Steam Turbine Rotor Bearing System;
Udayraj Somashekar and Ramzi Bazzi |
|
Optimal Design of a Rowing Shell and its Riggers;
Brent Utter, Robin Madsen and Rohit Bhapkar |
|
Optimization of a Vehicle's Frontal Structure;
Paul Davidson, Guang Dong, Steven Hoffenson and Yi Ren |
|
An Optimally Energy Efficient Biped;
Joel Forman, John Rebula and Andrew Sloboda |
|
Compliant Suspension Design Optimization;
Girish Krishnan, Karan Goyal, Mukund Nemali and Rohan Singh |
|
Solar Car System Optimization; Chiao-Ting Li, Yogita Pai and Zhenzhong Jia |
|
Optimal Design of Hybrid Electric Vehicle;
Shifang Li, Prasad Challa, Rajit Johri and Girish Chandra |
|
Optimal Design of Multi-Plate Clutch System; Abhijit Khare and Adrien Yee |
|
Optimal Design for Disk Brake System;
Li-Jung Tai, Po-Chi Wu, Hung-Cheng Lai and Wei-Jer Tsai |
|
Optimal design of closely spaced skyscrapers; Karthik .M .R and Vineet Raichur |
2007 |
|
|
Optimization of Hair Beauty in African-American Women;
Michael Alexander, Tahira Reid and Harshit Sarin |
|
Optimal Automotive Design in Response to Environmental Policies;
Katie Kerfoot, Esra Suel and Monica Toma |
|
Plant/Control Optimization of a PEM Hybrid Fuel Cell Vehicle to Grid (V2G) System;
Dongsuk Kum and Scott Moura |
|
Optimization of End Mill and Operation Parameters for 3D Slot Milling;
Hsin-Yu Kuo, Jonathan Loss and Joseph John Piazza |
|
The Product Design Optimization of Market Sales, Environmental Cost Impact,
and Battery Life of a Cellular Phone; Michele Goe, Ye Eun Park and Seung Cheol Yang |
|
Backhoe Optimization; Rahul Sangole, Fernando Tavares and Diane Peters |
|
A Home from Sun and Wind; Ellie Nick, Akshay Pawar and Pat Trizila |
|
Optimal Design of an Ocean Energy VIVACE Converter;
Tae Jin Kim, Nikhil Bolar and Dimitrios E. Maroulis |
|
Design Optimization of a Schmidt-Cassegrain Telescope;
Anupam S. Garge and Kwang Jae Lee |
2006 |
|
|
Optimization of Vehicle Subsystems to Minimize Roll Effect;
Aditya Inamdar, Aneesh Padalkar, Akshay Bichkar and Aditya Rajderkar |
|
Optimization strategies for the mechanical and control design of DC motor;
Gayathri Seenumani, Rajeev Verma and Hsin-Hsiang Yang |
|
Optimization of the Roomba Vacuum; Donhoon Lee and Marc Zawislak |
|
Optimization of Damage Control Equipment within an Engine Room Onboard
a Medium Sized Patrol Ship; Ben Anderson, Kurt Sacks and Rob Mohr |
|
Optimal Investment Portfolio Design;
Chelsea May and Richard Niedzwiecki |
|
Is the Soda Can Optimized?; Taekyung Lee, Heesuk Kang, Jungkap Park
and Taemin Earmme |
|
Optimizing the Energy-Saving Investments for a Residential House;
Sung Kwon Jung and Hongwei Jia |
|
Optimization of Four Speed Conventional Automatic Transmission for
Reduction in Diesel Engine Particulate Emissions of a HMMWV; Rahul Ahlawat, Julien Meaud and Ubaid Rehman |
|
Optimization of the Environmental Controls in an Aquarium Habitat;
Tanna Alford and Roshan Joseph |
2005 |
|
|
Optimization of Design and Lathe Manufacturing Processes for
an Oil Pump Cover and Shaft; Chris Cadotte, Daniel Ketchum, Dragan Maric and Eric Stahmer |
|
Optimization of a Computer Mouse;
Pranav Kumar, Sharath Kumar, Jeremy Mayer and Aakash Patel |
|
GO-KART Optimization; Amit Jain, Carlos Sierra, Tom Tarnacki and Hans |
|
Design Optimization for Building Entryway;
YoungJae Kim, Sehyun Chang, Byungsik Lee and Il Yeo |
|
Thermally Efficient House;
Brian Barnes, Bhumika Lathia, Anupam Pathak and Joshua Ravich |
|
Parametric Design Optimization
of a Double Hull U.S. Coastal Product Tanker; Michael Cilenti, Daniel Cost and Caner Sarioglu |
|
Optimization of a Diesel Engine Exaust System Considering Performance and Manufacturing; April Bryan, Bart Frischknecht, Kevin Gady and Xiaowei Zhu |
|
Three Parallel Engines Hybrid Vehicle;
Yuzo Konishi, Abigail R. Mechtenberg and Alix Tchana Tchana |
|
Optimization
of a Single Cylinder Water Filter; Yu-Chun Lin and Mu-Yun Huo |
|
Design and Control Optimization of a PEM Fuel Cell;
Vasilis Tsourapas and Amey Karnik |
2004 |
|
|
Submarine hullform optimization; Oscar Tascon
and Steven Zalek |
|
Optimal
Mountain Bike Design; Michael Cherry, Jarod Kelly
and John Redmond |
|
The
Optimal Wine - A Study in Design Optimization;
Alexis Lubesky, Erin MacDonald and Bryon Sohns |
|
Multidisciplinary
Design Optimization of a Heavy-Lift Helicopter
Rotor in Hover; Talha Kidwai, Smith Thepvongs
and Robert Wohlgemuth |
|
Optimal
Design of a Catalyst and Controller for a Portable
Electric Generator; Chatanya Sampara and Ed Tate
|
|
Optimization
of an HEV for Handling, Fuel Economy, Performance,
and Packaging Considerations; James Allison, Chino
Imediegwu, Nick Magnuski, Eric Rask and Dushyant
Wadivkar |
|
PCB chip location optimization; Seung Hwean Keum,
Young Seok Oh, Keychun Park and Jeongwoo Han |
|
Optimization
Design of a Single-Span Spliced Prestressed Concrete
Highway Bridge; Jiulong Sun andPimpida (Grace)
Surakomol |
2003 |
Professor
Papalambros was on sabbatical leave during 2003
and no student projects were conducted that year. |
2002 |
|
|
Target
cascading for truck design under financial and
technical specifications; Adam Cooper, Rachel
Dooley, Vasilios Hamosfakidis and Patrick Kostun |
|
Vehicle
optimization for comfort and safety; Karim Hamza,
Juan Reyes-Luna and Ilkin Hossoy |
|
Optimal
portfolio valuation for hybrid trucks by means
of control strategy and component design coordination;
Bin Wu, Zhijun Li, Shan Li and Jingxu He |
|
Optimal
design of a Trebuchet; Talha Kidwai, Steven Swisher
and Jon Kadish |
|
Manufacturing
error minimization for milling operations; Selin
Kurnaz, Mustafa Gunduz and Naesung Lyu |
|
Vehicle
powertrain optimization including automatic transmission;
Pradeep Attibele, Dirk Krause, Aaron Hula and
Kamalesh Alladi |
|
Dynamic
InWeighter optimization; Astmundur Nielsson, Gudmundur
Olafsson and Tanakorn Tantanawat |
|
Camless
drivetrain; Ron Grover, James Alexander, Alan
Fung and Ali Hashmi |
|
Suspension
design; Youngwon Hahn and Seungjoo Lee |
2001 |
|
Optimization
of membrane filtration system for metal working
fluid; Gerardo Oviedo Toral, Kuei-Yuan Chan (Miles)
and Thanikarn Sumsuwan (Bao) |
|
Optimization
of an inertial grade micro-accelerometer; Sung-Joon
Hwang, Alexis Perez-Duarte and Brian Trease |
|
Automotive
hydraulic disc brake system optimization; Yaniv
Rock, Lara Sherefkin and Nolan Thompson |
|
Parameter
optimization of electromagnic bodies: FSS elements
and patch antennas; Eng Swee Siah and Taesik Yang |
|
HEV
optimization; Ganesh Balasubramanian, Berrin Daran,
Sambasivan Subramanian and Cetin Yilmaz |
|
SUV
powertrain optimization; Jeremy L. Cavagnolo,
James S. Dunn, Bart M. Johnson and Jim L. Vendlinski |
|
Optimization
of a capacity planned model for semi-conductor
manufacturing with re-entrant characteristics;
Arup Chatterji, Li Tang and ChoonHun William Lim |
555-01-08 |
Optimal
design of product platforms; Onur Cetin, Supat
Ieamsupapong and Emre Kazancioglu |
|
CVT
design for optimim performance; James W. Howell,
Jr., Bumho Choi, Taeyong Kim and John E. Harder
III |
|
Optimal
vehicle styling; Nazmi Cem Dincer, Jeong Yuseok
and Xuemei Xin |
|
Dimensional
and structural optimization of a jetfighter speed
brake; Hee Won Ro and Uiwon Jung |
|
Conceptural
design of tension leg platform; Libin Miao and
Bonhyung Koo |
2000 |
|
Optimal
driving strategy for a solar electric vehicle;
Jason Kramb and Andy Sievers |
|
Optimal
wind power generation using a flyball-governed
continuously variable transmission; Geoff Rideout
and Hosam K. Fathy |
|
Robust
optimization of linear micro vibromotor for micro
assembly; Rajagopal V. Sevilimedu and Srinivas
Bhashyam |
|
Wind
turbine design optimization; Jonathan Weinert
and Dhruv Acharya |
|
Single
use accelerometer; Mike Cole and Harshad Natu |
|
Optimal
apartment layout design; Ruchi Choudhary nad Jeremy
Michalek |
|
Optimization
in platform design for hydraulic vane motors;
Byungwoo Lee and Meng-Huang Lu |
|
Design
optimization of the rotors of a one-man compact
helicopter; Tomas Diaz |
|
Parameter
optimization for drilling on steel; Yunnshing
Ong and Zimin Yang |
|
Development
and evaluation of a nonlinear optimization model
to support the calibration process of an SI engine;
Sergio Quelhas and Edward Himes |
|
Photon:
a four-place business jet; Alex Ruop and Aaron
Binns |
|
Optimize
the micromechanical cantilever for data storage;
Cheng-Yu Lin and Seiwoong Oh |
|
Design
optimization of heave lifting crane barge system;
Zhidong Zhang |
|
Determination
of the optimal hybrid-electric vehicle configuration;
John Whitehead and Jarrod Beglinger |
|
Optimal
design of a force-multiplication device for resonant
accelerometers; Michael Farina and Brian Jensen |
|
Design
optimization of a helicopter rotor wing; Rafael
Mora and Matthew Potoff |
|
Determination
of the optimum part orientation in layered manufacturing;
Ozge Gurgur and Bahadir Pakis |
1999 |
|
Optimal
design of a gearbox for a benchtop milling machine;
Cem Baydur and Polat Sendur |
|
Optimal
stiffener configuration for the cross bride of
a high speed catamaran; Jeff Emch and Michael
Allen |
|
Optimal
preliminary design of a trans-pacific containership;
Tomoki Ichikawa and Vincent J. Skwarek |
|
Optimization
of a tool tip servo for boring bars; George O'Neal
and Liang-kuang Chen |
|
Optimization
for heat dissipation of vehicle braking system;
Hsun-Hau Huang and Kerr-Jia Lu |
555-99-06 |
|
|
Optimal
design of an amusement park "octupus" arm and
hand design; Sungtae Hong and Wonjoo Roh |
|
Optimization
of a caliper disc brake; Dan Gress and Ashish
Lahoti |
|
Optimization
of a composite golf club shaft; Simon Palko and
Nathaniel Stott |
|
Optimal
design of a 4-bar compliant mechanism for an automotive
rear-view mirror; Janghyuk Pyon and Ryan Proctor |
|
Optimization
of a pneumatic lifting device; Christopher Kondongiani
and Edwin Ryan |
|
Hot
tub cover spring optimization; Jaime Camelio and
Eden Weston |
555-99-13 |
|
|
Optimization
study of a hybrid electric vehicle: a dynamic
approach; Gil Abramovich and Panayiotis Georgiopoulos |
|
Optimal
design of a friction disc brake for an automotive
application; Gullu Kiziltas and Ali Yigit Ungoren |
|
Optimal
design of a motorcycle shock absorber; Christopher
Milkie |
|
Transmission
case design optimization for face mill manufacturing
process; Carl M. Romack |
1998 |
|
Design
optimization of an earth-orbiting synthetic aperture
radar mapper; Samir Malpathak and Robert Webbink |
|
Design
optimization of a three-dimensional force-feedback
device; Justin King and Vikas Sinha |
|
Specific
work maximization for a c-block piezoelectric
actuator; Joe Clement and Brian Rood |
|
Conceptual
design of tension legs for an offshore platform;
Jirasak Jariyakosol |
|
Design
optimization of a telescoping piezoelectric linear
actuator; Paul Alexander and Neal Berner |
|
Stability
optimization of an automobile brake; Kazuaki Chiku
and Hui Wang |
|
Design
optimization of a truck suspension lower control
arm; Kien Lam and Ajay Sharma |
|
Optimization
of a DC motor and its controller; Malih Cakmakci
and Jeff Ahrens |
|
Optimization
of an axial piston pump; Muzaffer Senoguz and
Youji Ma |
|
Optimization
of a single-pass turning process; Yuan-hung Ma
and Yi-feng Tsai |
|
Mass
optimization of a window lift mechanism; Jennifer
Degazio and John Dockstader |
1997 |
|
Design
of parking brake in the vacuum-assisted hydraulic
brake system; Hyung Min Kim |
|
Design
and Optimization of a Waste Disposal System; Ryan Fellini and Nnaemeka Nwosu |
|
Hybrid-Electric
Vehicle Project: Optimal Component Selection and Sizing; Michael Sasena |
|
Design
Optimization of a Diesel Engine; Christopher Scheffer |
1996 |
|
Orbital
pump project; Nathan Batts and Jose Pastor |
|
Thermal
efficiency optimization of a six cylinder diesel
engine; Osvaldo Corona and Caleo Tsai |
|
Design
optimization of a naturally aspirated diesel engine;
George Delagrammatikas |
|
Crankshaft
design optimization: minimizing engine (crankshaft
journal) friction and minimizing crankshaft mass;
Michael DeJack and Suzanne Nagrant |
|
Damage
tolerance design of a micro-electronic packaging;
Yuhai Mei and Linda Huang |
|
Design
optimization of automotive suspension systems;
Jinyong Joo and Shinji Nishiwaki |
|
Torsion
bar design; Hon Joon Chung and Luis G. Buitrago |
|
Residential
solar heating system optimization; Jeff Donovan
and Tim Fisk |
|
Optimization
of training protocols for freestyle swimming;
Glen W. Chung and Alexander C. Kazerooni |
|
Rear
rail optmization; Edwin Jones and Philip Voglewede |
|
40
km bicycle time trial: race strategy and bicycle
design optmization; Jim Kline and Keith Wood |
|
Valve
timing optimization project; Mike Olree and Mike
Staniszewski |
|
Optimization
of a paraboloid solar collector for maximizing
work rate to mass; Michael W. Cowden |
1995 |
|
Cost
optimization of single point turning operations;
Nick Rallis, Stephen Meyer and Jaime McPherson |
|
Design
optimization of simple hydraulic press; Somkiat
Kittichaikulkij |
|
Optimization
of a 5 DOF passive suspension system; Ravichandra
Seelamsetty |
|
Mono-ski
design optimization; Amy Hansen |
|
Truss
optimization; Greg Gooch and Marc Milobin |
|
Optimization
design: minimization of an automobile shock tower
volume; Tamar Liebermann and Muhammud Abbas |
|
Optimal
design of a box-section girder an overhead crane;
Daniel B. McGowan |
|
Optimization
of an automotive starter force requirement and
solenoid size; Maria D. Boham |
|
The
optimization of braking efficiency for pickup
trucks; Wei-Shang Ku and Meng-Shiuan Wu |
|
Optimization
of a hydraulic noise suppressor for commercial
aircraft; Tim Mulligan |
|
Optimization
of an automotive disc brake rotor; Sally Chang
and Mark R. Hoffmann |
|
Course
specific optimization of bicycle gearing; Eric
Brown and Vijay Kumra |
|
Design
of a submerged-pipe bundle slurry cooler optimized
for minimum pressure drop, minimum pipe number,
and minimum working fluid mass flow; Kent A. Pickett |
|
Optimal
design of an elliptical cross section valve spring
with a varying spring constant; Bruce Williams
and Ragnar Sverisson |
|
Maximizing
engine torque: applying optimization techniques
to an engine simulation code; Ron Johnson and
Michael Stenman |
|
Minimizing
power consumption of an HEV cooling system; Jason
Schatzle and John Stanavich |
|
Centrifugal
valve optimization study; Kenneth B. Austin |
|
Optimization
of a human powered drag race; Adrian Adamson and
Mark Fischer |
1994 |
|
Optimization
of a tuned expansion chamber for a two-stroke
engine; Kevin Ladd and Cynthia Rice |
|
Size
and shape optimization - with application to a
compressor reed valve; Glenn C. Griner |
|
Airport
capacity optimization; D. Stockman and T. Palmer |
|
Optimal
propeller design for given hull and speed; Richard
Akers |
|
Optimization
of single stage bevel gear engine-to-rotor helicopter
transmission; Nicole Breniser and Patrick Callery |
|
Optimization
of Toroidal Traction Drive Continuously Variable Transmission; Edwin Jacox and Anne Marsan |
1993 |
|
Optimization
of automotive geometry to minimize required driving
force; Mushtaq Ahmad and Brian Perry |
|
Optimal
design of elastic sandwich beams; Arnold Lumsdaine |
|
Mass
optimization of a spark ignition engine piston;
Bob Crespi and Joe Marshalek |
|
Optimization
of a chain drive system for an overhead cam engine;
George Bernwanger and Somkiat Masunthasuwun |
|
Optimal
door fitting in automobile manufacturing; Ted
Messerly and Davoud Khorzad |
|
Optimal
Design of a Centrifugal Pump Impeller with Casing;
Ramprasad S. Krishnamachari |
|
Optimization
of dual beam laser welding system; Yu-Ning Liu
and Tien-Ching Chen |
|
A
serial production line with quality control performance
measure optimization; Cheryl L. Ryans |
|
Optimization
of vehicle performance; Jason Provancher and Don
McWilliam |
|
Minimizing
power consumption in an ER shock absorber; James
D. Ervin and Chris Norman |
|
Optimization
study of a single engine business jet; Michael
Hailye and Vasanth Suratkal |
|
Optimal
block design of a 3.0 liter V6 automobile engine;
Nick Nagrant and Randall Scheps |
|
Optimal
balancing of robotic manipulator using counterweights;
Hung-Kuei Chen and Gary Ng |
|
Optimization
of a machine tool gearbox; Prashant Kulkarni and
Tim Athan |
|
Dimensional
optimization of a civil transport aircraft; Loucas
Louca and Scott Corrington |
|
Optimization
of a ceramic honeycomb heat exchanger; Todd Crompton |
|
Optimal
design of an overhead crane runway girder; Stephen
D. Ambo and Donald E. Whitacre |
|
Flywheel
optimization project; Sigurd A. Nelson II and
Charles E. Freese V |
|
Optimization
of duct system design; Arvind Singhal and Dilip
Dubey |
1992~
1991 |
Professor
Papalambros was on sabbatical leave during 1991
and 1992 and no student projects were conducted
that year. |
1990 |
|
Optimal
Design of a Clamp Load Transducer for Pressure
Distribution Resolution; T. Miglio, B. Warden.
|
|
Optimal
Design of an Industrial Duct System; A. J. Sajdak,
I. Soni. |
|
Optimization
of an Alenax Bicycle Crank Arm; T. A. Bertcher,
B. W. Macks. |
|
Design
Optimization of a Drive-Screw Linear Actuator;
B. A. Alexander, B. J. Rycenga. |
|
Optimization
of Machine-Tool Spindle; Y. L. Chen, H. H. Kuo.
|
|
Optimal
Design of a Dynamic Vibration Absorber for a Cantilever
Beam; L. A. Stanton, A.T. Chen. |
|
Optimization
of a Bumper System; D. E. Mayer, D. E. Malen. |
|
Optimization
of a Power Screw Car Jack; S. E. Kuiken, T. M.
Sharda. |
|
Design
Optimization of a Convergent Nozzle; K. W. O'Keefe,
J. A. Norman. |
|
Shaft
Assembly for Buffing Operations; D. A. Bell, J.
L. Borodkin. |
|
Tubular
Stabilizer Bar Optimization; B. K. Beard, L. Lenox. |
|
Applications
of Shape Optimization in Structures; W. P. Lee,
H. C. Gea. |
|
Racing
Car Disk Brake Weight Optimization; J. Beranek,
R. Bolt. |
|
Hydraulic
Engine Mount Optimization; J. Hicks, R. Sroka.
|
555-90-15 |
Design
Optimization of a Kinematically Redundant Robot
Arm; R. Hart, J. Morgan. |
|
An
Optimization Study of a Finned Heat Exchanger
in an Orbiting Space Station; R. J. Weber, T.
Hollister. |
|
Design
Optimization of Steering Column Support; T. Laske,
C. Larner. |
|
Optimization
of Valve Trains; W. S. Choi, J. Levin. |
|
Optimal
Design of VCR Head Drive; S. H. Lee, J. K. Lee
|
|
Optimal
Design of Gear Pump; S. G. Lee, B. T. Lin. |
|
Gear
Ratio Optimization to Minimize Quarter-Mile Acceleration
Time; R. S. Kalnas, J. D. Fehring. |
555-90-22 |
|
|
Applications
of Structural Optimization; Y. K. Park. |
1989 |
|
Optimization
study: tripot universal joint housing, balls and
needles; S. Glaser and P. Stenglein |
|
Mixed-discrete
nonlinear programming: a cost optimization example;
Roy Johanson |
|
Further
work on optimization of a ship's bottom structure
from the standpoint of minimized production cost;
William Krol |
|
Mixed-discrete
optimization of independent vehicle suspension
with control arms; Chihsiung Lo |
|
Optimization
of a drive axle seal convolute; Robin Milavec
and Jean Botti |
|
Tripot
joint spider optimization; Jon N. Miller |
|
The
optimal design of a rotary type actuator for magnetic
disk drives; Robert Voss and Mike Waldrop |
1988 |
|
Cost
Optimization of Liquid Fuel Rockets; Roy Johanson |
|
Optimal
Design of Telescoped Cantilevered Crane Boom;
Jianhong Zhang and Akira Tezuka |
|
Optimization
of the Wire Drawing Process; Roshan B Gudapati
and Mark D. Salisbury |
|
Optimization
Study of a Finned Tube Heat Exchanger; Dale Vanderlaan
and Gary Vaandrager |
|
Optimal
Design of Girders for Electric Overhead Travelling
Cranes; Peter S Szpak |
|
Airfoil
Design Optimization; Julio E. Santos |
|
Optimal
Design of a Robotic Manipulator for Maximum Manipulability;
Scott Furry and Kent Piland |
|
Improvement
of Docking Tool Design Using Optimization Techniques;
Bill Haering and Leonard Pomrehn |
|
Optimization
of a Turning Operation; Richard Furness and Engelbert
Lu |
|
Bicycle
Rim Optimization Study; Tim Chi and Chuck Ford |
|
Optimization
of a Roller Bearing and Torsion Shaft Assembly;
Albert Ekladyous and Varinder Sooch |
|
Optimization
Study of a Pneumatic Impact Absorber; B. Harris
and L.H. Seng |
|
Ship
Bottom Structure Cost Optimization; William Kroll |
|
Optimization
of an unsupercharged spark ignition engine; Terrance
Wagner and Robert Sels |
|
Hollow
camshaft: volume optimization study; John Garcia
and Dick Boerema |
1987 |
|
Cost
Optimization of Turning Process; V. Girindar and
K. Wisnu |
|
Optimization
Model of a High Speed Geneva Mechanism; James
Kleiber and Irina Rakin |
|
Optimum
Design of A Double Reduction Gear Set Incorporating
Surface Temperature; Nidal Abi-Mosleh and Riadh
Bouzaiene |
566-87-04 |
Insulation
Optimization for an Underground Container; Peter
E. Fitton |
|
Optimal
Design of a Passenger Elevator Using Nonlinear
Dynamic Analysis; Eric Fereshetian and Mark Hoekwater |
|
Optimum
Design of Uniform and Nonuniform Disk Springs;
S.W. Wang and S.S. Chiang |
|
Design
Optimization of an Automotive Radiator; Adam Craft
and Chip DeGrace |
566-87-08 |
Optimization
of a Progressive Rate Conical Spring; James K
Leary and Robert E. Meyer |
|
Optimization
of Upper Body Work Output for Wheelchair Applications;
Khanh D. Bui and Warren S. Jocz |
|
Optimal
Design of Hydrofoil Geometry for Cavitation Performance;
R.S. Balachander and Benjamin Neumann |
566-87-11 |
Optimization
of a Helical Gear Speed Reduction Unit; Mark Mooradian
and John Sapp |
|
Design
Optimization of a Multi-Speed Gearbox; Mustafa
A. Ahmetoglou |
|
Optimization
of Independent Vehicle Suspension with Control
Arms; C.S. Lo and Eliot Wu |
566-87-14 |
Optimal
Design of a Variable Rate Valve Spring for a Detroit
Diesel 8.2L Engine; Joe Dekeyrel and Brian Humke |
|
Minimu
Power Cold Rolling; R. L. Narayanan and Christopher
Thompson |
|
Preliminary
Design Optimization of a Cargo Ship; Yee-Weng
Low and Bill Hoge |
|
High
Speed Vehicle Suspension Design; T.H. Lung and
Ceachieeh Yang |
|
Automobile
Pillar Section Optimization; Gerald D High |
566-87-19 |
Optimal
Design of a Horizontal Pressure Vessel with Two
Saddle Sapports; Han-Tong Loh |
566-87-20 |
Design
Optimization of a Rack and Pinion Steering Linkage
Mechanism; Alok Shekhar and Manoj Srivastava |
|
Camshaft
Bearing Optimization; David J. Misch and David
P. Hamilton |
|
Optimal
Design of a Heat Storage Unit; Viesturs G. Lenns |
|
Optimization
of a Disk Drive Actuator; Kevin Miller and Jau-Wen
Tseng |
|
Cost
Optimization of a Welded Beam Structure; John
J. Kim and Chong-Ike Lee |
|
Printer
Arm Optimization; Randy C. Keller |
|
Optimizing
Power Screw Efficiency; George N. Villec |
|
Optimization
of a Chain and Sprocket System for a Track Racing
Bicycle; Peter Wurman and Magda Grobner |
|
Optimal
Vehicle Suspension Design; J.S. Chen and T.C.
Cherng |
566-87-29 |
Optimizing
a Brake Rotor for Cooling; Richard A Kaatz |
|
Maximizing
the Lateral Force Generating Capacity for a Twin
A-Arm Suspension System; Guy Babbit |
|
Suspension
Design of a Two Degree of Freedom Vehicle Model
Using Jerk and Acceleration; Anchang Liang and
Shyhrong Yen |
566-87-32 |
Optimal
Design of a Robotic Arm Assembly; Gary Snavely
and Andy Micallef |
566-87-33 |
Gasoline
Engine Design Considering Minimum Fuel Consumption;
Jin-Bok Chung and Yoha Hwang |
1986 |
Professor
Papalambros was on sabbatical leave during 1986
and no student projects were conducted that year. |
1985 |
|
Optimization
of a Gas-Solid Catalytic Reactor; Ananth Annapragada |
|
Minimum
Height Design of an Aerodynamic Headlamp System;
Akira Araki |
|
Optimal
Design of a Rocket Combustion Chamber; Ken Chang |
|
Optimum
Radiator Design for a Truck Cooling System; Ruoh-Ming
Chen |
566-85-05 |
Economic
Optimization of a Medium Range Passenger Jet Transport;
Kin Cheung |
|
Optimal
Airfoil Design for a NACA 6 Section; Robert Heyn |
|
Optimizing
a Hot Die Forging Process; Jagannatha Rao |
|
Performance
Analysis of a Modified Rolling Piston Rotary Compressor;
Dennis J Janda |
|
High
Performance Bicycle Rim Optimization Study; Joseph
H. Kang |
|
Optimization
of a Rolling Mill Basic Energy Requirements-A
parametric Study; Koh Kok Hwee |
|
Automobile
Exhaust System Mass Minimization; Brian P. McGee |
566-85-12 |
Design
Optimization of A heat Recovery System; Franco
Mode. |
|
Design
Optimization of Tall Vertical Vessels; V. Rajarajan |
|
Optimization
of a Dump Truck Steering Performance; Tsuneo Saito |
|
Cogeneration
of Electricity and Hot Water for Salmon Farming
Using Geothermal Energy; Ingolfur Thorisson |
1984 |
|
Design
Optimization of A Single-Plate Clutch; Khalil
M.E. Afjeh |
|
Clutch
Assemble Optimization for Easy Driver Operation;
Thomas P. Desautels |
|
Design
of A Double-Stage Reduction Gearbox for Minimum
Size; Ersin Eker |
|
Optimum
Sizing and Material Selection for A Power Shaft;
Arif Serif Guzelsoy |
566-84-05 |
Optimum
Design of A Brake Shoe; Jia-Xiong He |
|
Optimum
Piston Design for An IC Engine; Rodney M. Henry |
|
Hydrogen
Manufacture Via Steam-Methane Reforming; Christian
Jaeger |
|
Preliminary
Design of Marine Reduction Gears; Zvi Karni |
|
Optimal
Dimensioning of Cones for Pilot Driver and Tibial
Components of the INSTACONE Design; Janet Louise
Ku |
|
Cost
Minimization of Insulated Thermal Distribution
Pipe Network Systems; Inaki Laresgoiti |
|
Minimizing
the Weight of A Hydrostatic Drive for Use as An
Automotive Transmission; Ralph L. Lemar |
|
Optimizing
the Human Power Output for Velocity Maximization
in Human-Powered Vehicles; Kelly J. Londry |
|
Optimization
of A Vehicle Suspension with A Damaged Absorber;
Djamel E. Midoun |
|
Optimization
of Hot Plate Ovens in the Electronics Industry;
Yoshiei Ogawa |
566-84-15 |
Optimization
of A Linear Three-Degree of Freedom Shock and
Vibration Isolator; Amar Ourchane |
|
Optimal
Sizing of Steam Pipe and Insulation In View of
Availability; Youngmoo Park |
|
An
Optimization Study of A Foot Torgue Analyser;
Mark S. Redfern |
|
Numerical
Tests of NLP Codes; Luiz F. Simonetti |
|
Planetary
Gear Train Optimization; David W. Stephens |
|
Minimum
Weight Design of An Overhead Electric Crane; Nikolaos
Tzannetakis |
1983 |
|
Design
Optimization of Tube and Shell Heat Exchanger;
Amy S. Handmaker |
|
Automated
Optimal Design of Two-Dimensional Trusses Subject
to Two Buckling Constraints and One Stress Constraint;
Andrew B. King |
|
Minimum
Cost Criterion as Applied to Mass Production of
Engine Cylinder Sleeves; Hung-Yee See |
|
Cost
Minimization of A Power Shaft; Jim Desimpel |
|
Optimization
of An Existing Needle Bearing Assembly for Maximum
L-10 Life; Daniel R. Lymburner |
|
Minimization
of the Displacement of An Internal Combustion
Engine for A Given Power Output; Simos Anastassopoulos |
|
Minimizing
Doubler Weight for A Communication Satellite;
Gail C. Bancroft |
|
Design
Optimization of A Multiplate Clutch; D. Todd Bentley |
566-83-09 |
Optimal
Design of Electric Overhead Crane Girders; Steven
L. Glashow |
|
Optimization
Study of Caliper Disk Brake; Keith S. Schultz |
|
Design
Investigation of the 60o V-6 Flywheel; William
W. Vetter |
|
Optimal
Design of Large Saddle-Supported Horizontal Pressure
Vessel; Ahmad Fauzi Hasan |
|
Optimal
Design of A Thermal Distribution System; Mike
Granatosky |
|
Windsurfer
Mast Design Optimization; Wendy Lorimer |
|
Center
Distance Minimization of A Single-Reduction, Single-Enveloping
Worm Gear Set; Ibrahim E. Cildir |
|
Optimization
Study of Frame-Reinforced, Submersible Circular
Cylindrical Shell; Diane M. Shomo |
|
Selection
of Optimal Machining Parameters for a Peripheral
Milling Process; Mark Jakiela |
|
Optimal
Layout for A Twin A-Arm Front Suspension; Jack
Bennett |
566-83-19 |
The
Optimum Design of Hydrodynamic Journal Bearing;
David Chiu |
|
Roller
Design for Cold-Rolling Mills; Mouzafer Erig |
566-83-21 |
Gear
Set Design Optimization; Dennis Hill |
566-83-22 |
Optimal
Power Screw Design; Gregory Pietron |
566-83-23 |
Robot
Workspace Optimization; Chandresh Shah |
|
A
One-Pass Heating Transformer Optimization; Theodore
Ioakimidis |
1982 |
|
Optimization
of the Roller Support Position of a Laundry Dryer;
Tom Sutter |
|
Weight
Minimization of An Aircraft Wing; Hun Choi |
|
Optimizing
the Control of Ambient Sulfate; Jennie L. Moody |
|
Design
Optimization of A Quick Return Mechanism; Michael
Banton |
|
Solar-Assisted
Heat Pump Design Optimization; Daryl Marinetti |
|
Optimal
Angle of Attack for Minimizing the Descent Rate
of a Gliding Aircraft; Edward Walsh |
|
Optimization
of A Steam Power Plant Regenerative Cycle; Kenneth
E. Brock |
|
The
Optimal Flow Pattern of Multiple Effect Evaporator
System; Chyan-Shena Chu |
|
Optimization
Study of the Cost of the First Stage of A Two-Stage
Booster Vehicle; Richard D. Stiennon |
|
Optimization
of An Underground Heat Exchanger; Jim Randolph |
|
Design
Optimization of A Solar-Assisted Hot-Water Heating
System for Residential Use; Steve Horwitz |
|
Optimal
Design of A Motorcycle Mirror Mount; Timothy J.
Dunn |
|
Weight
Minimization of A Speed Reducer; Fargan Zafar
Shaikh |
|
Optimal
Design of A Stylus-Tonearm System; Christofer
J. Bickley |
|
Optimal
Design of Shrink-Fit Structure; Heng-Long Li |
|
Optimal
Design of A Semielliptical Leaf Spring; William
F. Weber |
|
Wagner-Lockheed
Brake Design Optimization; Min-Ren Jean |
|
Least-Cost
Design for A Pumped-Storage Project; Steven Verhoff |
|
On
the Optimal Range of Application When Using a
Stylus Tracer to Measure Surface Roughness; Cheng-Jih
Li |
566-82-20 |
Workspace
Optimization of A Six Degree of Freedom Robot
Manipulator; Y. Jeng |
566-82-21 |
Optimization
of A Turbojet Aircraft Engine; by Scott Lissit |
566-82-22 |
Optimum
Design of Tube and Shell Heat Exchanger; Angus
Rogers |
566-82-23 |
Optimization
of Torque Converter Design; Arvind Mathew |
566-82-24 |
Optimal
Strength and Alignment of A Marine Shafting System;
Zissimos Mourelatos |
1981 |
566-81-01 |
Design
Optimization for a Variable-Ratio Rack and Pinion
Steering Gear; Darrell Kleinke |
566-81-02 |
Optimum
Alloy Steel Selection for a Cylindrical Shaft
Subjected to Bending and Torsion; Kourosh Danai |
|
Optimum
Design of a Corrugated Plate; Stylianos G. Limnios |
|
Weight
Minimization in a Quick-Return Mechanism; Mark
Miller |
|
Strength
Maximization of Symmetric Laminates Subject to
In-Plane Loading; Bradley Bond |
|
Optimization
of a Steam Power Plant Regenerative Cycle; Jairam
Kamath |
|
Parametric
Optimization of a Six-Bar Truss; C. Polychronopoulos |
566-81-08 |
Optimum
Geartrain Design; Kamran Najmabadi |
|
Optimization
of a Dual-Purpose Power Plant; Aslam M. Husain |
|
Minimization
of the Maximum Surface Temperature of a Friction
Disk Clutch; Shahriar Hedayat |
|
Design
Optimization of a Single-Family Dwelling Heating
System; Marlene Antonneau |
|
Optimum
Design of a Heat Pump Compressor; Hamid Torab |
|
Maximization
of Fuel Economy for the SAE Super Mileage Vehicle;
Dennis Ogden |
|
Moment
Arm Design Optimization for a Fatigue Testing
Machine; James Borchelt |
566-81-15 |
Optimum
Material Selection for a Power Transmission Shaft;
Ahad Mokhtarzadeh |
|
Vehicle
Ride Performance Optimization; Xiao-Pei Lu |
1980 |
|
Cost
Minimization of Launch Vehicle Design; Mohammed
Akbi |
|
LNG
Plant Liquification Rate Optimization; Mohammed
Akbi |
|
Weight
Minimization of a Punchpress Flywheel; Shapour
Azarm |
|
Optimization
Using Constrained Derivatives; David Benson |
|
Optimization
Of a Solar Hot Water System for Tropical Climates;
Dinesh Bhushan |
|
Disk
Cam Design for Minimum Volume; Chia-Cheng Chang |
|
Rapid
Closure Device Design for Minimum Time; David
Clauss |
|
Optimization
of Al Regenerative Cycle; Daniel Rice |
566-80-08 |
Spark-Ignited
IC Engine Design for Minimum Friction; Edward
DeKeip |
|
Optimization
of the Slab Milling Process; Te-Yen Huang |
|
An
Economic Optimization of the Airship; Thomas Wielenga |
|
Optimal
Design of a Stiffened Circular Cylinder for a
Remotely-Piloted Vehicle Fuselage; Nagarjuna Vadlamudi |
|
Minimum
Cost Design for an Automotive Torsion-Bar Suspension;
Kenneth Meloche |
|
Minimizing
Specific Fuel Consumption for IC Engines; Thomas
Slopsema |
|
Optimal
Design of a Tanker A Midship Section Using Monotonicity
Analysis; Alejandro Diaz |
|
Optimum
Impeller for a Centrifugal Pump; Clement K. Tam |
|
A
Model for a Solar Hot Water Heating System Optimization;
Jeffrey B. Smith |
|
Optimization
of Welding Design and Process; Ranjit Kumar Singh |
|
Plastic
Pellet Production Optimization; Mark Lone |
|
Optimum
Design of a Multi-Platform Non-Terminal Railroad
Station; Marios Kontaratos |
566-80-20 |
Minimization
of Operating Cost for a Refrigerated Warehouse;
Navroz Daroga |
|
Optimum
Preliminary Design of a Commercial Airplane; Theodore
Dracopoulos |
|
Parallel
Helical Gear Set Optimization; Po-wen Lin |
|
Optimal
Design of a Solid Sensible Heat Thermal Energy
Recovery Unit; Wilford Unit |
566-80-24 |
Flat-Plate
Solar Collector Optimization; Sheldon Tieszen |