A level set approach for optimal design of smart energy harvesters

Mathematics

• Level-set Approach 100%
• Energy Harvesting 57%
• Topology Optimization 45%
• Energy 43%
• Piezoelectric 42%
• Design 33%
• Level Set Method 29%
• Adjoint Variable Method 20%
• Microsystems 18%
• Micro-electro-mechanical Systems 15%
• Sensing 14%
• Proliferation 13%
• Steepest Descent Method 13%
• Shape Optimization 13%
• Computational Efficiency 11%
• Electronics 11%
• Velocity Field 11%
• Level Set 10%
• Vibration 10%
• Variational Problem 10%
• Gradient 8%
• Optimization Problem 7%
• Derivative 6%
• Concepts 5%
• Operator 5%
• Class 3%

Engineering & Materials Science

• Harvesters 76%
• Shape optimization 55%
• Conversion efficiency 27%
• Energy conversion 26%
• Piezoelectricity 18%
• Steepest descent method 16%
• Electronic equipment 10%
• Derivatives 10%
• Set theory 8%
• Geometry 7%

Physics & Astronomy

• topology 28%
• energy conversion efficiency 26%
• optimization 21%
• energy 19%
• steepest descent method 17%
• shape optimization 16%
• electric power 11%
• velocity distribution 8%
• operators 7%
• vibration 7%
• gradients 7%
• geometry 6%
• electronics 5%