Optimization Design of a Winch Suction Underwater Dredging Robot Using Orthogonal Experimental Design

Keyphrases

• Design Optimization 100%
• Factor Level 100%
• Reamer 100%
• Orthogonal Experimental Design 100%
• Suction 100%
• Model Simulation 50%
• Design Requirements 50%
• Water Flow Rate 50%
• Rotational Speed 50%
• Power Consumption 50%
• Storage System 50%
• Simulation Experiment 50%
• Simulation Test 50%
• Long-term Development 50%
• Pipe Diameter 50%
• Novel Types 50%
• Marine Engineering 50%
• Sludge Pump 50%
• Dredging Machine 50%
• Inlet pipe 50%
• Water Conservancy Project 50%
• Water Ecosystem 50%
• Water Storage 50%
• Optimal Factor 50%
• Outlet pipe 50%
• Suction Dredging 50%
• Arrangement Angle 50%
• Marine Water 50%
• Computational Fluid Dynamics Software 50%
• Optimal Program 50%
• Impact Law 50%
• Fluid Model 50%

Engineering

• Design of Experiments 100%
• Design Optimization 100%
• Robot 100%
• Dredging 100%
• Optimal Scheme 22%
• Computational Fluid Dynamics 11%
• Rotational Speed 11%
• Influencing Factor 11%
• Test Result 11%
• Design Requirement 11%
• Storage System 11%
• Simulation Experiment 11%
• Pipe Diameter 11%
• Inlet Pipe 11%
• Outlet Pipe 11%
• Marine Engineering 11%
• Fluid Model 11%
• Diameter Pipe 11%
• Flow Velocity 11%