<p>Top row: Normal strains in the laboratory coordinate system, and . Middle: Principal strains and , the orientation of which defines the coordinate system. Bottom: Orientation of principal axes with respect to the lab coordinate system, . See also Fig. 9.</p
<p>Cumulative map of peak dominant strains over all bites. Red represents regions of the skull where...
In this chapter, the considered issue is presented on the base of two different models of plasticity...
Understanding the conditions that drive phenomena like fatigue crack initiation in polycrystalline s...
<p>(a) The single-edge notched bend (SENB) specimen is loaded in three-point bending using a load fr...
<p>Deformed shape and orientation at 50% tensile strain (a) layout of a selected sample at 50% exten...
We have used high-energy x-ray scattering to map the strain fields around crack tips in fracture spe...
Roman numerals represent the microscopic group, letters A and B represent the sample groups (posteri...
Loaded, suture-repaired tendons exhibited lower cell alignment compared to other conditions. Insets ...
The use of depth resolved, submicrometer X-ray beams for studying deformation microstructures in pla...
In this paper, strains are monitored in-situ at the surface of a polycrystalline 316L sample loaded ...
Numbers represent the macroscopic group; letters A and B represent the sample groups (posterior and ...
<p>Stress distribution curve in the middle area of the central axis on specimen (under the tensile f...
<p>Shown are the strain in the direction of the applied force () and in the perpendicular direction ...
(a) Diagram of representative elementary volume (REV); (b) Transection in REV perpendicular to σ2, n...
This project was performed to determine the ductile fracture strain in uniaxial tensile test of plan...
<p>Cumulative map of peak dominant strains over all bites. Red represents regions of the skull where...
In this chapter, the considered issue is presented on the base of two different models of plasticity...
Understanding the conditions that drive phenomena like fatigue crack initiation in polycrystalline s...
<p>(a) The single-edge notched bend (SENB) specimen is loaded in three-point bending using a load fr...
<p>Deformed shape and orientation at 50% tensile strain (a) layout of a selected sample at 50% exten...
We have used high-energy x-ray scattering to map the strain fields around crack tips in fracture spe...
Roman numerals represent the microscopic group, letters A and B represent the sample groups (posteri...
Loaded, suture-repaired tendons exhibited lower cell alignment compared to other conditions. Insets ...
The use of depth resolved, submicrometer X-ray beams for studying deformation microstructures in pla...
In this paper, strains are monitored in-situ at the surface of a polycrystalline 316L sample loaded ...
Numbers represent the macroscopic group; letters A and B represent the sample groups (posterior and ...
<p>Stress distribution curve in the middle area of the central axis on specimen (under the tensile f...
<p>Shown are the strain in the direction of the applied force () and in the perpendicular direction ...
(a) Diagram of representative elementary volume (REV); (b) Transection in REV perpendicular to σ2, n...
This project was performed to determine the ductile fracture strain in uniaxial tensile test of plan...
<p>Cumulative map of peak dominant strains over all bites. Red represents regions of the skull where...
In this chapter, the considered issue is presented on the base of two different models of plasticity...
Understanding the conditions that drive phenomena like fatigue crack initiation in polycrystalline s...