Projects
Engineering
Portfolio
12 projects branched by motion class (Static / Dynamic), then by domain — CFD & Thermal, NVH & Acoustics, Structural FEA. Highest-priority work surfaces first within each domain.
Time-Dependent Analysis
▸ Structural FEA 4
- 02 +4 sub
Marine Shaftline
Marine propulsion shaft systems require comprehensive vibration analysis and bearing design to ensure reliability under extreme dynamic loading.
15 %
View → - 04
Buckled Beam Dynamics
Predicting the nonlinear response of buckled beams is critical for structural integrity assessment but analytically challenging due to large-amplitude deflections.
3 methods
View → - 05
Li-Ion Battery FEA
Prismatic Li-ion cell modules must survive mechanical abuse and manage thermal runaway propagation — both are regulatory-critical for automotive deployment.
>150 °C
View → - 12
Winter Braking DOE
Quantifying the effects of speed, surface type, and traction control on winter braking distance requires rigorous statistical design under field conditions.
p=0.006
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▸ NVH & Acoustics 3
- 01
Engine Pressure DAQ
Understanding intake manifold pressure dynamics in a DOE-funded NG/H₂ engine requires high-fidelity dynamic measurements paired with simulation validation.
1.5 orders
View → - 03
GE LM2500 Enclosure
A GE LM2500 gas turbine generator package requires a fully integrated base structure and acoustic enclosure meeting strict GE safety, noise, and structural compliance.
−20 dB
View → - 09
Cabin Acoustics
Automotive cabin audio quality is limited by uneven frequency response and structural-acoustic resonances that degrade the listening experience.
±2 dB
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▸ CFD & Thermal 2
- 06
Shock Tube TVD
High-fidelity simulation of unsteady compressible flows requires numerical schemes that capture shock discontinuities without introducing spurious oscillations.
2nd order
View → - 10
3D PTV FSI
Understanding fluid-structure interaction in vibrating systems requires high-fidelity 3D flow measurements that conventional 2D PIV cannot provide.
~50 µm
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Steady-State Analysis
▸ Structural FEA 0
No projects.
▸ NVH & Acoustics 0
No projects.
▸ CFD & Thermal 3
- 07
Bio-Inspired Cooling
Conventional solid-wall structural panels rely on active cooling, adding weight, power, and maintenance burden to enclosure and electronics applications.
15–20 %
View → - 08
AI Chip Cooling
Advanced AI processors generate extreme heat fluxes that jeopardize reliability. Conventional single-phase liquid cooling is approaching its thermal ceiling.
18–20 °C
View → - 11
DLC Thermal
Critical friction surfaces in rotating machinery experience thermal loading that reduces efficiency and component lifespan.
15 %
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