Computational Methodology for Optimal Design of Additive Layer Manufactured Turbine Bracket

Keyphrases

• Additive Layer 100%
• Computational Methodology 100%
• Manufacturability 100%
• Topology Optimization 66%
• Finite Element Analysis 66%
• Computer-aided Design 66%
• Manufacturing Methods 33%
• Conflicting Objectives 33%
• High Flexibility 33%
• Optimization Problem 33%
• Aerospace 33%
• Isotropic Material 33%
• ANSYS 33%
• General Electric 33%
• Forming Angle 33%
• Additive Layer Manufacturing 33%
• Formulation Optimization 33%
• Manual Refinement 33%
• Shape Optimization 33%
• Traditional Process 33%
• Efficiency Increase 33%
• Futures Methodology 33%
• Multiple Objective Optimization 33%
• Two-objective 33%
• Weight Minimization 33%
• Strength Requirement 33%
• Finite Element Optimization 33%
• Shape Design 33%

Engineering

• Optimal Design 100%
• Manufacturability 100%
• Finite Element Analysis 66%
• Computer Aided Design 66%
• Final Product 33%
• Maximization 33%
• Conflicting Objective 33%
• Optimisation Problem 33%
• Shape Design 33%
• Single-Objective Optimization Problem 33%
• Common Practice 33%
• Strength Requirement 33%
• Additive Layer Manufacturing 33%