Micro-mechanical behavior of lamellar structured Ti6Al4V alloy upon compression via experimental and crystal plasticity study
The micro-mechanical behavior of lamellar structured Ti6Al4V alloy to a small
compressional strain of 4.5% was studied. Strain and stress intends to localize along grain …
compressional strain of 4.5% was studied. Strain and stress intends to localize along grain …
Plasticity induced anelasticity: The atomistic origin
Plastic deformation is associated with developments in both dislocation density and residual
strain. This study used multi-scale diffraction-based, X-ray as well as electron diffraction …
strain. This study used multi-scale diffraction-based, X-ray as well as electron diffraction …
Modeling the yield strength of nanocrystalline metals
Y Ma, Y He, J Yang, P Dong, Z Li, J Ma, L Chen… - International Journal of …, 2024 - Elsevier
The yield strength of nanocrystalline metals is an emphasis for designing and fabricating
more reliable and cost-effective devices for application in aircraft and renewable energy …
more reliable and cost-effective devices for application in aircraft and renewable energy …
Calculating the grain size effect during strain hardening through a probabilistic analysis of the mean slip distance in polycrystals
R Schouwenaars - International Journal of Plasticity, 2024 - Elsevier
Grain refinement is an important mechanism to produce stronger alloys. Strain hardening is
an essential phenomenon in metal forming processes. The interaction between grain size …
an essential phenomenon in metal forming processes. The interaction between grain size …
Coordinated deformation mechanisms of high formability Al–Mg–Si–Cu–Zn–Fe alloys via coupling control of thermomechanical processes
J Du, M Guo, J Zhi, X Chen, L Zhuang… - Materials Chemistry and …, 2024 - Elsevier
Both the high formability and strengths are greatly important for the automotive application of
Al–Mg–Si–Cu alloys. In the present work, four novel thermomechanical processing routes …
Al–Mg–Si–Cu alloys. In the present work, four novel thermomechanical processing routes …
A Modern Approach to the Complicated Line Integrals in Linear Elastic Dislocation Theory
R Schouwenaars - Solid State Phenomena, 2023 - Trans Tech Publ
The standard textbook analysis of dislocations is generally limited to the case of infinitely
straight screw or edge dislocations, which do not exist. This is due to the complexity of the …
straight screw or edge dislocations, which do not exist. This is due to the complexity of the …
Defects-Driven Plasticity: Rationalization Based on Notch Strengthening and Continuous Damage Mechanics
A novel procedure for material quality assessment developed for castings like ductile irons
and Al alloys, is based on the analysis of tensile strain hardening through dislocation …
and Al alloys, is based on the analysis of tensile strain hardening through dislocation …
Calculating the Grain Size Effect During Strain Hardening Through a Statistical Analysis of the Slip Length in Polycrystals
R Schouwenaars - Available at SSRN 4696247 - papers.ssrn.com
Grain refinement is an important mechanism to produce stronger alloys. Strain hardening is
an essential phenomenon in metal forming processes. The interaction between grain size …
an essential phenomenon in metal forming processes. The interaction between grain size …