Analysis Models
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Numerical analysis is one of my core skill sets, underpinning my expertise as a mechanical engineer. Every decision I make is based on solid engineering fundamentals and validated by analysis. Over the years, I have performed numerous finite element analyses (FEA), ranging from simple evaluations to complex nonlinear transient and aerodynamic analyses. My models have consistently achieved accuracy within 5% of experimental results.
The summaries presented here highlight a selection of my work across various fields, including automotive, defense, and aerospace. These projects demonstrate the distinctive insights and innovative methodologies I use to develop and benchmark my analytical work. Additionally, I have performed numerous analyses for organizations such as the Defense Logistics Agency (DLA), NASA, the Air Force (AF), and the United States Marine Corps (USMC). However, due to ITAR regulations, specific details of these projects cannot be disclosed.
These examples are just a portion of the extensive work I have accomplished, reflecting my commitment to precision, innovation, and excellence in engineering analysis.
Normal Modes Analysis
Aerodynamic Flutter Analysis
Nonlinear Kinematic Analysis
Static Analysis
NonLinear Buckling Analysis
Heat Transfer Analysis
