CURRENT STUDENTS:
- Justin
Karl, hooptey@gmail.com, Real-Time Structural
Health Monitoring of Naval Vessels and Platforms
- David Radonovich, david.radonovich@siemens.com,
Very Low Cycle Fatigue of a Ni-base Superalloy
- Eric
Williams, epw202@hotmail.com, FEA
Simulation of IN939 Fatigue
- Michael
Schulist, lawnmowerman@cfl.rr.com, FEA
Simulation of Notched IN939 Fatigue
- Fred Shamieh, shamiehf@gmail.com,
Physically-based Model for Rupture based on Precipitate Particle Rafting
- Kirtan Patel, kirtan_14_2003@yahoo.com,
Constitutive Modeling of a Ni-base Superalloy
Subjected to Creep Softening and Fatigue Conditions
- Steve Mattia, cujo721sm@aol.com,
Design of a Rotating Heat Rig for Meso-scale
Turbine System Simulations
- Luis
Gonzalez, lugonzalezucf@yahoo.com,
Design of a Rotating Heat Rig Control for Meso-scale
Turbine System Simulations
- Jon
Heppner, jhepp07@aim.com, Life
Prediction Modeling of a DS Ni-base Superalloy
under Service Conditions
- Scott
Keller, skeller66gt@yahoo.com,
An Analytical Model for Stresses in Helical Coil Springs under Lateral
Loading
- Robert
DeGrandchamp, rawby7@aol.com,
Critical Speed Assessment of a Rotating Heat Rig
- Shanel L. Allen, sallen@spelman.edu,
Numerical Simulation of Electrical Conductive Materials
ALUMNI:
- Sameer A. Khan, Siemens-Westinghouse Power
Corporation, PROBABILISTIC STRESS RUPTURE LIFE ANALYSIS OF TURBINE BLADES
(Thesis)
- Maria
Claudia Duarte, Boeing, Tertiary Creep Modeling of a Ni-base Alloy
This
page is updated annually in May.