Infinitesimal strain theory
View article: Injection Molding Simulations with Artificially Enhanced Warpage
Injection Molding Simulations with Artificially Enhanced Warpage Open
This dataset contains 196 VTU files of geometries from the ABC dataset [1] with results of an injection molding simulation. Each geometry features a single, randomly chosen injection location at the surface and simulations have been perfor…
View article: Full elastic strain tensor mapping of polycrystalline Cr coated Zr nuclear claddings with high resolution Diffraction Microstructure Imaging
Full elastic strain tensor mapping of polycrystalline Cr coated Zr nuclear claddings with high resolution Diffraction Microstructure Imaging Open
In order to enhance the oxidation resistance of nuclear Zr based fuel cladding tubes, PVD Cr coatings are one of the most advanced concepts. These coatings exhibit complex interactions at the interface between Cr and the Zr substrate, most…
View article: Injection Molding Simulations with Artificially Enhanced Warpage
Injection Molding Simulations with Artificially Enhanced Warpage Open
This dataset contains 196 VTU files of geometries from the ABC dataset [1] with results of an injection molding simulation. Each geometry features a single, randomly chosen injection location at the surface and simulations have been perfor…
View article: Full elastic strain tensor mapping of polycrystalline Cr coated Zr nuclear claddings with high resolution Diffraction Microstructure Imaging
Full elastic strain tensor mapping of polycrystalline Cr coated Zr nuclear claddings with high resolution Diffraction Microstructure Imaging Open
In order to enhance the oxidation resistance of nuclear Zr based fuel cladding tubes, PVD Cr coatings are one of the most advanced concepts. These coatings exhibit complex interactions at the interface between Cr and the Zr substrate, most…
View article: Precursor identification and early warning of coal-rock mass instability using FBG-based strain tensor reconstruction
Precursor identification and early warning of coal-rock mass instability using FBG-based strain tensor reconstruction Open
View article: DATA set: A Theory for Stress-history Dependent Permeability Tensor of Crystalline Rocks with Isotropic Microfabric under Pseudo-elastic State By Oda, M., Takemura, T., Suzuki, K.
DATA set: A Theory for Stress-history Dependent Permeability Tensor of Crystalline Rocks with Isotropic Microfabric under Pseudo-elastic State By Oda, M., Takemura, T., Suzuki, K. Open
This dataset contains the numerical and/or experimental data used to generate Fig. 6(b), which shows the relationship between axial stress and volumetric strain obtained from a uniaxial compression test on Inada Granite.
View article: DATA set: A Theory for Stress-history Dependent Permeability Tensor of Crystalline Rocks with Isotropic Microfabric under Pseudo-elastic State By Oda, M., Takemura, T., Suzuki, K.
DATA set: A Theory for Stress-history Dependent Permeability Tensor of Crystalline Rocks with Isotropic Microfabric under Pseudo-elastic State By Oda, M., Takemura, T., Suzuki, K. Open
This dataset contains the numerical and/or experimental data used to generate Fig. 6(b), which shows the relationship between axial stress and volumetric strain obtained from a uniaxial compression test on Inada Granite.
View article: X-ray diffraction strains in laser-ablated aluminum, nickel, sodium, and invar: Pressures to 475 GPa
X-ray diffraction strains in laser-ablated aluminum, nickel, sodium, and invar: Pressures to 475 GPa Open
Dynamically compressed materials in longitudinal waves are described by two physical models: hydrostatic pressure, with equal, normal, principal stresses or material uniaxially strained in the wave propagation direction. These models are d…
View article: Microscale uniaxial strain mapping in antiferromagnetic Sr2IrO4
Microscale uniaxial strain mapping in antiferromagnetic Sr2IrO4 Open
Recent Raman experiments have placed Sr2IrO4 as a model system for antiferromagnetic magnonics due the very high stress sensitivity of the magnon energy to uniaxial strain, potentially establishing mechanical stress as a control parameter …
View article: Stabilized Mixed Formulations for Incompressible Finite Strain Electromechanics Including Stress Accurate Analysis
Stabilized Mixed Formulations for Incompressible Finite Strain Electromechanics Including Stress Accurate Analysis Open
In this study, we introduce a novel methodology for finite strain electromechanics that effectively addresses the incompressible limit. The primary innovation of this work is the first‐time application of robust and accurate stabilized mix…
View article: Imaging the Full strain tensor around through-silicon vias: a pioneer study of the complementarity between µLaue and DFXM
Imaging the Full strain tensor around through-silicon vias: a pioneer study of the complementarity between µLaue and DFXM Open
Through-Si vias TSVs, an elegant interconnection technique in 3D integrated microelectronics, allow for efficient use of space, providing electrical paths between layers while improving signal propagation and reducing power consumption. Th…
View article: Horizontal and Vertical Regularity of Elastic Wave Geometry
Horizontal and Vertical Regularity of Elastic Wave Geometry Open
The elastic properties of a material are encoded in a stiffness tensor field and the propagation of elastic waves is modeled by the elastic wave equation. We characterize analytic and algebraic properties a general anisotropic stiffness te…
View article: Horizontal and Vertical Regularity of Elastic Wave Geometry
Horizontal and Vertical Regularity of Elastic Wave Geometry Open
The elastic properties of a material are encoded in a stiffness tensor field and the propagation of elastic waves is modeled by the elastic wave equation. We characterize analytic and algebraic properties a general anisotropic stiffness te…
View article: Numerical computations of the strain energy release rate for a comparative analysis of the virtual crack closure technique and a cohesive zone model and relative meshes
Numerical computations of the strain energy release rate for a comparative analysis of the virtual crack closure technique and a cohesive zone model and relative meshes Open
The present data includes the numerical results analysed and discussed in the article “A local comparison of the virtual crack closure technique and a cohesive zone model in calculating the strain energy release rate for large and curved d…
View article: Numerical computations of the strain energy release rate for a comparative analysis of the virtual crack closure technique and a cohesive zone model and relative meshes
Numerical computations of the strain energy release rate for a comparative analysis of the virtual crack closure technique and a cohesive zone model and relative meshes Open
The present data includes the numerical results analysed and discussed in the article “A local comparison of the virtual crack closure technique and a cohesive zone model in calculating the strain energy release rate for large and curved d…
View article: Data underlying the publication: Computational Screening of Piezoelectric Constants in Metal–Organic Frameworks: Design Principles and Ferroelectric-Like Bond Modulation
Data underlying the publication: Computational Screening of Piezoelectric Constants in Metal–Organic Frameworks: Design Principles and Ferroelectric-Like Bond Modulation Open
Raw data for high-throughput piezoelectric calculations in Metal-Organic Frameworks are deposited here.1) Structural Details, Piezoelectric Tensor e_iq, Piezoelectric Norm, Average BEC of inorganic cation for MOFs with converged and reliab…
View article: Data underlying the publication: Computational Screening of Piezoelectric Constants in Metal–Organic Frameworks: Design Principles and Ferroelectric-Like Bond Modulation
Data underlying the publication: Computational Screening of Piezoelectric Constants in Metal–Organic Frameworks: Design Principles and Ferroelectric-Like Bond Modulation Open
Raw data for high-throughput piezoelectric calculations in Metal-Organic Frameworks are deposited here.1) Structural Details, Piezoelectric Tensor e_iq, Piezoelectric Norm, Average BEC of inorganic cation for MOFs with converged and reliab…
View article: DEFORMATIONS FONDEES SUR L'INCOMPATIBILITE: VERS UN NOUVEAU MODELE D'ELASTOPLASTICITE EN PETITES DEFORMATIONS
DEFORMATIONS FONDEES SUR L'INCOMPATIBILITE: VERS UN NOUVEAU MODELE D'ELASTOPLASTICITE EN PETITES DEFORMATIONS Open
We describe a novel formalism for elasto-plastic deformations based on the strain incompatibility, to model an elastic solid filled with dislocations, hence subject to plastic deformations, at the macroscopic scale and under a time-discre…
View article: Image Scaling Technique for Accurate Strain Distribution Measurement During Large Deformations of Composite Materials Using Sampling Moiré Method
Image Scaling Technique for Accurate Strain Distribution Measurement During Large Deformations of Composite Materials Using Sampling Moiré Method Open
Full‐field strain measurement is a critical technique for evaluating the mechanical properties and fracture behaviour of diverse materials. Imaging methodologies based on the sampling moiré (SM) method, which employ digital camera and grat…
View article: Modulationof Electronic Liquid-Crystal Phases byLocal Strain in Few-Layer FeSe Films
Modulationof Electronic Liquid-Crystal Phases byLocal Strain in Few-Layer FeSe Films Open
Symmetry-broken electronic phases bring abundant correlated phenomena into iron-based superconductors. The interplay between subtle lattice distortion and electronic states has drawn sustained interest, yet the underlying microscopic behav…
View article: Imaging the Full strain tensor around through-silicon vias: a pioneer study of the complementarity between µLaue and DFXM
Imaging the Full strain tensor around through-silicon vias: a pioneer study of the complementarity between µLaue and DFXM Open
Through-Si vias TSVs, an elegant interconnection technique in 3D integrated microelectronics, allow for efficient use of space, providing electrical paths between layers while improving signal propagation and reducing power consumption. Th…
View article: The <i>natural</i> -conformation tensor constitutive laws
The <i>natural</i> -conformation tensor constitutive laws Open
In this work, we revisit the seminal work of Renardy [M. Renardy, J. Non-Newtonian Fluid Mech. 52(1), 91–95 (1994)] on the reformulation of the stress tensor in its “natural” basis and present a generic framework for the natural-conformati…
View article: Text describing observations on the structure of FAdV-C4 strain AG243 lacking pentons, and on the aviadenovirus fibres.
Text describing observations on the structure of FAdV-C4 strain AG243 lacking pentons, and on the aviadenovirus fibres. Open
Text describing observations on the structure of FAdV-C4 strain AG243 lacking pentons, and on the aviadenovirus fibres.
View article: Invariant-based hyperelastic constitutive model for hexagonal two-dimensional materials
Invariant-based hyperelastic constitutive model for hexagonal two-dimensional materials Open
A general hyperelastic constitutive model for hexagonal two-dimensional (2D) materials is presented, wherein the strain energy density is expressed in terms of the invariants of the Green–St. Venant strain tensor. The functional dependence…
View article: A variationally consistent membrane wrinkling model based on spectral decomposition of the strain and stress tensors
A variationally consistent membrane wrinkling model based on spectral decomposition of the strain and stress tensors Open
View article: Programmable Strainscapesin a Two-Dimensional (2D)Material Monolayer
Programmable Strainscapesin a Two-Dimensional (2D)Material Monolayer Open
Introducing mechanical strain into two-dimensional (2D) materials offers a powerful way to modulate their properties, yet precise strain control remains a significant challenge. By depositing metal oxide films as stressors on selected regi…
View article: Strain evolution.
Strain evolution. Open
(a).Evolution of the strain in the time. (b).Evolution of the strain in the time. (c) Evolution of the strain in the time.(d) Evolution of the strain in the time.(e) Evolution of the strain in the time. (f) Evolution of the strain i…
View article: Regularity Criterion Involving the Middle Eigenvalue of the Strain Tensor to the 3D Micropolar Bénard Equations
Regularity Criterion Involving the Middle Eigenvalue of the Strain Tensor to the 3D Micropolar Bénard Equations Open
In this paper, by using energy methods and the Littlewood‐Paley decomposition theory, we obtain regularity criteria for the strong solution of the 3D micropolar Bénard equations, which only involves the positive part of the middle eigenval…
View article: X-direction strain simulation results of asphalt overlay layer bottom. (a)The X-direction strain temporal change, (b)Peak strain comparison.
X-direction strain simulation results of asphalt overlay layer bottom. (a)The X-direction strain temporal change, (b)Peak strain comparison. Open
X-direction strain simulation results of asphalt overlay layer bottom. (a)The X-direction strain temporal change, (b)Peak strain comparison.
View article: Simulation results of bottom strain of asphalt overlay layer.
Simulation results of bottom strain of asphalt overlay layer. Open
(a)The temporal change of strain in X and Y directions at point A, (b)The temporal change of strain in X and Y directions at point B, (c)The temporal change of strain in X and Y directions at point C, (d)The temporal change of strain in X …