Advanced CAD and FEA/CFD
Thoughtful conceptualization, design, and product analysis to address market/customer needs.
Design measured against specifications for full static and dynamic analysis.
Conducted static structural and optimization analysis to determine structural integrity and meet design specifications
Integrated Modal and transient analysis to determine system response for its natural frequency and displacement changes
FSAE Vehicle FEA Analysis
Pressure distribution over vehicle aerodynamic surfaces is caused by the incoming rush of air as it traverses through the track. This analysis provides information to identify areas of high pressure and the state of the vehicle at a certain speed.
FSAE Vehicle CFD Analysis
Velocity distribution over the aerodynamic surfaces depicts the airflow path as it traverses over the vehicle. The results from this analysis allow the modification of aerodynamic surfaces to redirect airflow to desired components.
Baseball bat Modal and Transient Analysis
Modal analysis of stainless steel baseball bat for the first few natural frequencies to determine its vibrational response. The location that reduces deformation on the handle when hitting an incoming ball can also be determined by analyzing the transient deformation response.
Bladed disk Optimization and Structural Analysis
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Aluminum Bladed disk optimization analysis to minimize the weight of the structure and manage rotating at higher RPMÂ around the hub without failing below the required factor of safety.
Pressure Vessel Analysis
Symmetric analysis of structural steel pressure vessel using 3D body and 2D axisymmetric model to determine the hoop, radial, and longitudinal stress across the whole and portions of the vessel.
Spur Gear structural Analysis
Analysis of the deformation and Von-Mises stress experienced by the contact point of the driving and driven gear teeth.