00:18
[STAR-CCM+ 2310] Dambreak-Driven Debris Impacting Obstacles
20:07
Development of an OpenFOAM Fluid-Structure Interaction Model of an Oscillating Wave Surge Converter
00:15
OpenFOAM-5.0 + olaFlow: CFTs with Break-away Slab
00:21
OpenFOAM-5.0 + olaFlow: Broken Wave Impact Close-up
00:19
OpenFOAM-5.0 + olaFlow: Broken Wave Propagation & Impact
00:31
OpenFOAM-5.0: Oscillating Wave Surge Converter (OWSC) Dambreak Demo
00:11
OpenFOAM-5.0 + olaFOAM: Wave Flume Demo (2D View)
00:11
OpenFOAM-5.0 + olaFOAM: Wave Flume Demo (3D View)
01:01
Broken Wave: 2 Roughness Elements, 50% Shielding (B2-50%)
01:41
Unbroken Wave: 2 Roughness Elements, 50% Shielding (B2-50%)
01:01
Broken Wave: 2 Roughness Elements, 0% Shielding (B2-0%)
01:41
Unbroken Wave: 2 Roughness Elements, 0% Shielding (B2-0%)
01:01
Broken Wave: 1 Roughness Element, 100% Shielding (B1-100%)
01:41
Unbroken Wave: 1 Roughness Element, 100% Shielding (B1-100%)
01:41
Unbroken Wave: 1 Roughness Element, 50% Shielding (B1-50%)
01:01
Broken Wave: 1 Roughness Element, 50% Shielding (B1-50%)
01:01
Broken Wave: 1 Roughness Element, 0% Shielding (B1-0%)
01:41
Unbroken Wave: 1 Roughness Element, 0% Shielding (B1-0%)
01:01
Broken Wave: 0 Roughness Elements, 0% Shielding (B0-0%)
01:41
Unbroken Wave: 0 Roughness Elements, 0% Shielding (B0-0%)
04:11
NHERI Debris Impact Project: Unbroken Wave Impact
02:14
NHERI Debris Impact Project: Broken Wave Impact
02:14
NHERI Debris Impact Project: Breaking Wave Impact
01:41
risingFlowDemo
00:46
Gold Creek Bridge - Case 2 - Simplified Geometry
00:46
Gold Creek Bridge - Case 1 - Full Geometry
00:46
Cow Creek Bridge - Case 2 - Simplified Geometry
00:46
Cow Creek Bridge - Case 1 - Full Geometry
02:47
Numerical Integration of Molecular Dynamics
00:51
Numerical Integration of the Solar System 2
00:51
Numerical Integration of the Solar System
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About
Hey I'm Andrew, a civil structural engineer (PhD on CFD modeling of tsunami wave impact forces on coastal structures) and applied mathematician (MS focused on analytical and numerical solutions of differential equations) turned CFD application support engineer with Siemens. My channel exists mostly to showcase my experimental and numerical simulation projects relating to my PhD and post-doctoral research work at the University of Washington. I'm particularly interested in tsunami and marine renewable energy topics so expect to see plenty of that here.
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