Simulation-based optimization of microcomputed tomography inspection parameters for topology-optimized aerospace brackets

Keyphrases

• Microcomputed Tomography 100%
• Additive Manufacturing 100%
• Simulation Optimization 100%
• Aerospace 100%
• Topology Optimization 100%
• Dimensional Accuracy 40%
• Non-destructive Testing 20%
• Quality Assurance 20%
• Voxel Size 20%
• CT Data 20%
• CT Simulation 20%
• X-ray Micro-computed Tomography 20%
• Fuel Consumption 20%
• Surface Properties 20%
• Scanning Parameters 20%
• Selective Laser Melting 20%
• Aerospace Applications 20%
• Engine Bracket 20%
• Mechanical Performance 20%
• High Reliability 20%
• Large-scale Production 20%
• Beam Hardening Artifacts 20%
• Weight Saving 20%
• Optimal Parameter Selection 20%
• Industrial CT 20%
• CT System 20%
• Warpage 20%
• Volume Data 20%
• Geometric Deviations 20%
• Lightweight Design 20%
• Local Maxima 20%
• CT Image Quality 20%
• Launch Vehicle 20%
• High Growth Rate 20%
• Reducing Weight 20%
• Stricter Regulation 20%
• Aerospace Structures 20%
• Aluminum Parts 20%
• Optimal Scanning 20%
• Highest Weight 20%

Engineering

• Launch Vehicle 20%