Somaiah Thimmaiah

From Clemson Engineering Design Applications and Research

Jump to: navigation, search
CEDAR
The design group at Clemson University
193 articles in English


Contents

[edit] Biography

Somaiah Thimmaiah joined CEDAR and enrolled in M.S. Mechanical Engineering at Clemson University in August 2011. He received B.E. degree in Mechanical Engineering from BMS Institute of Technology in 2010. He previously worked as a junior design engineer at Dartech Hydraulics, design and fabrication of hydraulic power units.

Somaiah’s research interests focus on "Performance prediction during design review"

[edit] Contact


Resume

[edit] Education

Clemson University, Aug 2011 - May 2013 (Expected)
Master of Science in Mechanical Engineering, Mechanical Design and Manufacturing
Thesis: Predicting Performance during Design Review
Advisor: Dr. Joshua D. Summers
Co-Advisor: Dr. Fred S. Switzer

BMS Institute of Technology, Sep 2006 - Aug 2010
Bachelor of Engineering in Mechanical Engineering

[edit] Research

Performance Prediction and Confidence Measurement
Confidence Measurement to eliminate Failure Modes generated by FMEA

[edit] Conference Papers

Thimmaiah, S., Phelan, K., Summers, J., (2013) “Predicting Design Performance With And Without Controls”, ASME International Design Engineering Technical Conferences and Computers and Information in Engineering Conference, Portland, Oregon, DETC2013-12294

Abstract
Design reviews are typically used for three types of design activities: 1) identifying errors, 2) assessing the impact of the errors, and 3) suggesting solutions for the errors. This experimental study focuses on understanding the second issue as it relates to the number of errors considered, the existence of controls, and the level of domain familiarity of the assessor. A set of design failures and associated controls developed for a completed industry sponsored project is used as the experimental design problem. Non-domain individuals (psychology students), domain generalists (first year engineering students), and domain-specialists (graduate mechanical engineering students) are provided a set of failure modes and asked to estimate the likelihood that the system would still successfully achieve the stated objectives. Primary results from the study include the following: the confidence level for all domain population decreased significantly as the number of design errors increased (largest p-value=0.0793) and this decrease in confidence is more significant as the design errors increase. The impact on confidence is less when solutions (controls) are provided to prevent the errors (largest p-value=0.0334), the confidence decreased faster for domain general engineers as compared to domain specialists (p=<0.0001). The domain specialists showed higher confidence in making decisions than domain generals and non-domain generalists as the design errors increase.

[edit] Engineering Experience

Graduate Research Assistant, Clemson University
Testing and Performance Analysis of Tent Ballast-IFAI, 2011
In this project, test equipment and a testing protocol were developed to collect data on the movement resistance (friction) of different ballast types (concrete barrels, water barrels, cement blocks), different surface conditions (dry pavement, wet-smooth concrete, grass, gravel), with different modifying interfaces (neoprene, plywood, steel plates). These resistance coefficients are used in an industry tool to help large tent manufacturers, installers, and renters to determine the appropriate configuration of ballast needed.


Industry sponsored project, Bosch Rexroth, Bangalore INDIA
Project title: Electronically Controlled Infinitely Variable Pressure Control for CNC Lathe, 2010
This project, supported by Bosch Rexroth, dealt with the design and fabrication of a hydraulic power pack. The system can be connected to the headstock or tailstock of a CNC Lathe and the pressure can be varied electrically to achieve the required clamping force of a hydraulic chuck. The variation of clamping force for shafts of different materials can be achieved through this.


Junior Design Engineer, Dartech Hydraulics, Bangalore INDIA
Hydraulic system for 1000 ton mica sheet press – Senapathy Whitelay
Design and fabrication of fifteen hydraulic power units with electrical control panel- SKF
Hydraulic system for welding machine- SS Automation


Design Coach and Graduate Student Advisor, Jan 2013
As a design coach, provided team leadership and coaching in designing, building, and testing new traction concepts in soft soil

[edit] Professional Membership and Other Activities

[edit] Graduate Courses Taken

ME 671 - Computer Aided Engineering Analysis and Design
ME 818 - Finite Element Analysis
ME 870 - Advanced Design Methodology
IE 815 - Human Factors Research Methods
IE 660 - Quality Improvement Methods
ME 655 - Design for Manufacture
EXSTL 801 - Experimental Statistics
PSYCH 835 - Advanced Human Factors
ME 861 - Material Selection in Engineering Design
PKGSC 822 - Solidworks

[edit] Computer Skills

Solid Edge, Solid Works, ANSYS, AutoCAD, CapsMILL, CapsTURN, CATIA, SAS
Personal tools