Computational framework for efficient high-fidelity optimization of bio-inspired propulsion and its application to accelerating swimmers

Mathematics

• Fidelity 100%
• Surrogate 64%
• Optimization 60%
• Gait 60%
• Framework 45%
• Optimization Algorithm 28%
• Kinematics 26%
• Response Surface Method 22%
• Grid 21%
• Locomotion 19%
• Motion 19%
• Process Optimization 17%
• Kriging 17%
• Spectral Element Method 17%
• Scaling Laws 17%
• Fluid-structure Interaction 17%
• Fish 16%
• Evaluation Function 15%
• Relative Efficiency 15%
• Evolutionary Algorithms 15%
• High Efficiency 15%
• Numerical Stability 14%
• Polynomial 13%
• Vortex 13%
• Incompressible Flow 13%
• Ranking 13%
• Conservation 13%
• Trends 13%
• Reverse 12%
• Tail 11%
• Refinement 11%
• Fluid 10%
• Influence 10%
• Simulation 8%
• Alternatives 8%

Physics & Astronomy

• propulsion 89%
• optimization 52%
• gait 40%
• polynomials 15%
• propulsive efficiency 15%
• kinematics 15%
• grids 14%
• kriging 14%
• Karman vortex street 13%
• flapping 12%
• numerical stability 11%
• ranking 11%
• incompressible flow 11%
• fishes 10%
• locomotion 10%
• fluids 10%
• scaling laws 8%
• conservation 8%
• trends 6%
• evaluation 5%
• geometry 4%
• interactions 3%
• simulation 3%

Engineering & Materials Science

• Propulsion 72%
• Kinematics 13%
• Polynomials 13%
• Scaling laws 11%
• Convergence of numerical methods 10%
• Incompressible flow 10%
• Function evaluation 10%
• Fluid structure interaction 9%
• Fish 9%
• Conservation 8%
• Evolutionary algorithms 8%
• Vortex flow 7%
• Fluids 5%
• Geometry 5%