Hyper-Reduced Computation of Nonlinear and Distributed Surface Loads on Finite Element Structures Based on Stress Trial Vectors

Keyphrases

• Hyper-reduction 100%
• Finite Structures 100%
• Surface Load 100%
• HyPer 100%
• Reduced Computation 100%
• Model Order Reduction 66%
• Nonlinearity 66%
• Nonlinear Load 66%
• Reduction Method 33%
• Degrees of Freedom 33%
• Piston 33%
• Nonlinear Surface 33%
• Number of Degrees of Freedom 33%
• Reduction Approach 33%
• Problem Formulation 33%
• Calculus of Variations 33%
• Elastohydrodynamic Contact 33%
• Empirical Cubature Method 33%
• Integration Point 33%
• Physical State 33%
• Numerical Time Integration 33%
• Structured Surface 33%
• Drive Mechanism 33%
• Efficient Evaluation 33%
• Numerical Comparison 33%
• Subspace Projection 33%
• Cylinder Liner 33%
• State Information 33%

Mathematics

• Posteriori 100%
• Degree of Freedom 100%
• Nonlinearity 100%
• Time Integration 50%
• Reduction Method 50%
• Information State 50%
• Calculus of Variations 50%

Engineering

• Finite Element Analysis 100%
• Degree of Freedom 66%
• Nonlinearity 66%
• Problem Formulation 33%
• Nodes 33%
• Structure Surface 33%
• Integration Point 33%
• Drive Mechanism 33%
• State Information 33%
• Physical State 33%