Bio-Inspired Robotics: Kinematic and Gait Analysis of Quad and Hexa-Legged Systems

INIS

• accuracy 33%
• balances 33%
• comparative evaluations 33%
• computer-aided design 33%
• configuration 100%
• control 33%
• deformation 66%
• deposition 33%
• design 33%
• durability 33%
• dynamics 33%
• efficiency 66%
• energy consumption 33%
• environment 33%
• fabrication 33%
• fire hazards 33%
• lactic acid 66%
• limbs 33%
• mobility 33%
• modeling 33%
• oscillations 33%
• performance 33%
• reduction 33%
• robots 100%
• simulation 33%
• speed 33%
• spiders 33%
• stability 100%
• strains 33%
• stress analysis 33%
• torque 33%
• trajectories 66%
• wild animals 33%

Engineering

• Computer Aided Design 33%
• Cycle Efficiency 33%
• Derivative Controller 66%
• Design Analysis 33%
• Fused Deposition Modeling 33%
• Gait Analysis 100%
• Gait Cycle 33%
• Gait Pattern 33%
• Kinematic Analysis 33%
• Lightweight Property 33%
• Operational Load 33%
• Robot 66%
• Robotic System 33%
• Robotics 100%
• Servomotors 33%
• Settling Time 33%
• Stress Cycle 33%
• Structural Integrity 33%

Material Science

• Fused Deposition Modeling 50%
• Polylactide 100%
• Stress Analysis 50%