Keyphrases
Crashworthiness Optimization
100%
Axial Impact Loading
100%
Windowed Tube
100%
Crashworthiness Design
100%
Crashworthiness
60%
Optimal Configuration
40%
Automotive Industry
20%
Energy Absorption
20%
Energy Peak
20%
Multi-criteria Decision-making Method
20%
Cross-sectional Shape
20%
Finite Element Model
20%
Technique for Order Preference by Similarity to Ideal Solution (TOPSIS)
20%
Aviation Industry
20%
Multi-objective Optimization
20%
Parametric Analysis
20%
Cutout
20%
Optimization Analysis
20%
Thin-walled
20%
Railway Industry
20%
Response Surface Methodology
20%
LS-DYNA
20%
Specific Absorption Rate
20%
Thin-walled Tube
20%
Circular Tube
20%
Energy Absorption Characteristics
20%
Peak Crushing Force
20%
Thin-walled Structures
20%
Crushing Behavior
20%
Absorption Response
20%
Explicit Finite Element
20%
Experimental Response
20%
Energy Absorber
20%
Finite Element Code
20%
Numerical Response
20%
Window Shape
20%
Dynamic Impact Loading
20%
Engineering
Impact Loads
100%
Energy Absorption
66%
Energy Engineering
33%
Similarities
33%
Finite Element Analysis
33%
Automotives
33%
Ideal Solution
33%
Multi-Criteria Decision-Making
33%
Railway
33%
Parametric Analysis
33%
Finite Element Modeling
33%
Multiobjective Optimization
33%
Sectional Shape
33%
Response Surface Methodology
33%
Preference Order
33%
Circular Tubes
33%
Thin Walled Structures
33%
Experimental Response
33%
Specific Energy Absorption
33%