83 results on '"Non linear elasticity"'
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2. Solving Non-linear Elasticity Problems by a WLS High Order Continuation
3. 3. Essentials of Non-Linear Elasticity Theory
4. NON-LINEAR ELASTICITY
5. 3 Non-linear Elasticity
6. 10. Parallel Implementation of a Domain Decomposition Method for Non-Linear Elasticity Problems
7. Optimal Orientation of Anisotropic Materials Optimal Distribution of Anisotropic Materials Optimal Shape Design with Anisotropic Materials Optimal Design for a Class of Non-Linear Elasticity
8. SOME MECHANICAL PROPERTIES RELEVANT TO NON-LINEAR ELASTICITY MATERIALS
9. Finite element approximation to singular minimizers, and applications to cavitation in non-linear elasticity
10. Application of Extremum Principles to Mixed Boundary-Value Problems in Non-linear Elasticity
11. A Note on the Principle of Stationary Complementary Energy in Non-linear Elasticity
12. On the Reference-State Problem in the Non-Linear Elasticity Theory of Continua with Dislocations
13. Optimal design based on power-law non-linear elasticity
14. XXXIV - A Note on the Principle of Stationary Complementary Energy in Non-linear Elasticity
15. Fibrin Formation, Structure and Properties.
16. BackMatter.
17. Wood and Fiber Panels Technology.
18. Hand Tracking and Haptic-Based Jugular Neonate Central Venous Access Procedure.
19. BackMatter.
20. Elasticity.
21. Estimation of Diastolic Biomarkers: Sensitiviy to Fibre Orientation.
22. Effective Integration of Sophisticated Operators in Isogeometric Analysis with igatools.
23. Micromechanical Elastoplastic Damage Modeling of Evolutionary Interfacial Arc Debonding for Fiber Reinforced Composites.
24. Particle-Debonding Modeling of Metal-Matrix Composites.
25. Application to Cellular Sandwich Panels.
26. BackMatter.
27. BackMatter.
28. Fundamentals of Material Models.
29. Extended Isogeometric Analysis for Strong and Weak Discontinuities.
30. Wave Propagation in Pre-strained Layered Systems.
31. Controlling the Nanostructure of Electrospun Polymeric Fibers.
32. Stepping into Fully GPU Accelerated Biomedical Applications.
33. Fracture Mechanics.
34. Shell Failure Simulation Using Master-Slave and Penalty Methods.
35. A New Way to Model Physics-Based Topology Transformations: Splitting MAT.
36. Piola and Kirchhoff: On Changes of Configurations.
37. BackMatter.
38. Stochastic Multiscale Coupling of Inelastic Processes in Solid Mechanics.
39. Multi-scale Analysis of Polycristalline Metals and Composites.
40. FrontMatter.
41. Cell-Receptor Interactions.
42. A Microstructural Model for Soils and Granular Materials.
43. Numerical Modeling.
44. The Soviet and Russian Schools.
45. Continuous Approach to Concrete.
46. The Stochastic Finite Element Method.
47. Front Matter.
48. Elementary Concepts of Fracture Mechanics.
49. Block Copolymers in External Fields: Rheology, Flow-Induced Phenomena, and Applications.
50. Critical Assessment of Penalty-Type Methods for Imposition of Time-Dependent Boundary Conditions in FEM Formulations for Elastodynamics.
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