Keywords: نیروهای پیکربندی; Fiber composite; Lamellar bone; Stiffness matrix; Configurational forces; Fracture toughness;
مقالات ISI نیروهای پیکربندی (ترجمه نشده)
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Keywords: نیروهای پیکربندی; Multilayers; Composites; Crack driving force; Configurational forces; Finite element modeling; Fracture stress;
Keywords: نیروهای پیکربندی; Composites; Configurational forces; DIC-measurement; Kink-band formation; Cohesive zone modelling;
Keywords: نیروهای پیکربندی; Phase field model; Fracture mechanics; Configurational forces; Heterogeneous material;
Keywords: نیروهای پیکربندی; Configurational forces; Eshelbian forces; Newtonian mechanics; Dislocations; Cracks; Perturbative methods; J-integral;
Keywords: نیروهای پیکربندی; Configurational forces; Crystal plasticity; Finite element method; Subelements
Keywords: نیروهای پیکربندی; Electroactive polymer; Electro-viscoelasticity; Configurational forces;
Keywords: نیروهای پیکربندی; Cardiac electromechanics; Configurational forces; Active strain; 92C10; 74L15; 35Q74; 74F25;
Keywords: نیروهای پیکربندی; Multilayered materials; Composites; Fracture toughness; Finite element modeling; Configurational forces;
Keywords: نیروهای پیکربندی; Failure in 3D solids; Strong discontinuities; Electromechanical coupling; Piezoelectric ceramics; Configurational forces; Marching cubes algorithm
Keywords: نیروهای پیکربندی; Crack driving force; Configurational forces; Finite element method; Fracture toughness; Crack tip plastic zone
Energy consistent framework for continuously evolving 3D crack propagation
Keywords: نیروهای پیکربندی; Brittle fracture; Configurational forces; Crack tracking; Mesh smoothing;
Combined bone internal and external remodeling based on Eshelby stress
Keywords: نیروهای پیکربندی; Internal bone remodeling; Volumetric and surface growth; Bone mechanics; Homogenization; Eshelby stress; Configurational forces
Application of the material inhomogeneity effect for the improvement of fracture toughness of a brittle polymer
Keywords: نیروهای پیکربندی; Material inhomogeneity; Polymer composite; Cohesive zone; Fracture toughness; Configurational forces;
Sharp-crack limit of a phase-field model for brittle fracture
Keywords: نیروهای پیکربندی; Crack propagation; Configurational forces; J-integral; Griffith criterion; Internal constraints
Dual Eshelby stress tensors and related integrals in micropolar elasticity with body forces and couples
Keywords: نیروهای پیکربندی; Body couples; Configurational forces; Conservation integrals; Dual integrals; Eshelby stress tensor; Micropolar elasticity
Tendon layout optimisation through configurational forces equilibration in plane stress analysis of prestressed concrete structures
Keywords: نیروهای پیکربندی; Configurational forces; Energy minimisation; Pre-stressed concrete structures; Tendon layouts; Finite element method
Solutions to a model with Neumann boundary conditions for phase transitions driven by configurational forces
Keywords: نیروهای پیکربندی; Martensitic phase transition model; Neumann boundary conditions; Configurational forces; Elliptic-parabolic system
The equilibration of configurational forces in the tendon layout optimisation of pre-stressed concrete beams
Keywords: نیروهای پیکربندی; Configurational forces; Energy minimisation; Pre-stressed concrete structures; Tendon layouts; Finite element method
Configurational forces and couples in fracture mechanics accounting for microstructures and dissipation
Keywords: نیروهای پیکربندی; Micropolar continuum; Microstructures; Configurational forces; Configurational couples; Dissipation; Fracture mechanics; Eshelby tensor
Cracks in inhomogeneous materials: Comprehensive assessment using the configurational forces concept
Keywords: نیروهای پیکربندی; Configurational forces; Fatigue crack growth; Inhomogeneous material; Crack tip shielding; Finite element modeling
Curved crack propagation based on configurational forces
Keywords: نیروهای پیکربندی; 62.20.mtCurved crack propagation; Configurational forces
Electrostatic tractions at dielectric interfaces and their implication for crack boundary conditions
Keywords: نیروهای پیکربندی; Piezoelectrics; Fracture mechanics; Crack boundary conditions; Maxwell tensor; Configurational forces
Modeling fatigue crack growth in a bimaterial specimen with the configurational forces concept
Keywords: نیروهای پیکربندی; Configurational forces; Fatigue crack growth; Inhomogeneous material; Crack-tip shielding; Finite element modeling;
A computational framework of three-dimensional configurational-force-driven brittle crack propagation
Keywords: نیروهای پیکربندی; Brittle fracture; Configurational forces; Variational formulation; r-Adaptivity; Finite elements; 3D crack propagation
On a solution strategy for energy-based mesh optimization in finite hyperelastostatics
Keywords: نیروهای پیکربندی; r-Adaptivity; Hyperelasticity; Energy minimization; Barrier method; Configurational forces
Liquids with vapour bubbles
Keywords: نیروهای پیکربندی; Bubble mechanics; Configurational forces; Continua with microstructure
J-integral and crack driving force in elastic–plastic materials
Keywords: نیروهای پیکربندی; Configurational forces; Crack-tip shielding; Energy release rate; Elastic–plastic material; J-integral; Plasticity
Domain evolution in ferroelectric materials: A continuum phase field model and finite element implementation
Keywords: نیروهای پیکربندی; Phase field model; Ferroelectrics; Finite elements; Micromechanics; Configurational forces
Adaptive computations using material forces and residual-based error estimators on quadtree meshes
Keywords: نیروهای پیکربندی; Laplace interpolant; Centroidal Voronoi tessellation; Quadtree mesh; Hanging nodes; Configurational forces; Error estimation
A theory of amorphous viscoelastic solids undergoing finite deformations with application to hydrogels
Keywords: نیروهای پیکربندی; Amorphous solids; Hydrogels; Viscoelasticity; Configurational forces; Constitutive behavior; Stress relaxation; Creep
The concept of a balance law for a cracked elastic body and the configurational force and moment at the crack tip
Keywords: نیروهای پیکربندی; Configurational forces; Balance laws; Crack; Energy release rate; Eshelby stress tensor
The fundamental role of nonlocal and local balance laws of material forces in finite elastoplasticity and damage mechanics
Keywords: نیروهای پیکربندی; Brittle damage; Ductile damage; Gradient damage; Gradient elastoplasticity; Material forces; Configurational forces; Dissipative processes
Kinetics of thermally induced swelling of hydrogels
Keywords: نیروهای پیکربندی; Hydrogels; Phase transitions; Thermomechanical process; Configurational forces; Sharp interface; X-FEM
A numerical strategy for investigating the kinetic response of stimulus-responsive hydrogels
Keywords: نیروهای پیکربندی; Extended finite element; Level set; Hydrogels; Configurational forces; Sharp interface