Topology Optimization of 3D-printed joints under crash loads using Evolutionary Algorithms

Keyphrases

• Evolutionary Algorithms 100%
• Topology Optimization 100%
• Crash Loads 100%
• Optimization Problem 50%
• Crash 50%
• Multimodality 25%
• Evolutionary 25%
• Industrial Application 25%
• State-of-the-art Techniques 25%
• Design Concept 25%
• Low-dimensional Representation 25%
• Low Sensitivity 25%
• Small Variation 25%
• Gradient-based Approach 25%
• Loading Conditions 25%
• Nonlinear Simulation 25%
• Level Set Method 25%
• Noisiness 25%
• Multiple Constraints 25%
• Rail Structure 25%
• Vehicle Crashworthiness 25%
• S-rail 25%
• Frame Design 25%
• Acceleration Response 25%
• Metal Joint 25%
• Design Freedom 25%
• Additive Technologies 25%
• 3D-printed Metals 25%

Engineering

• Joints (Structural Components) 100%
• Optimisation Problem 100%
• State-of-the-Art Method 50%
• Industrial Applications 50%
• Additive Manufacturing Technology 50%
• Optimization Method 50%
• Design Concept 50%
• Loading Condition 50%
• Level Set Method 50%
• Noisiness 50%
• Multiple Constraint 50%
• Acceleration Response 50%