46 research outputs found
3D EBSD analysis of mechanical size effects during indentation: EBSD tomography and crystal plasticity FEM
Get PDF1) Design of new Ti-based biomaterials by using ab-initio simulations, FEM, and experiments 2) Detailed analysis of an indent
Get PDFMotivation Theoretical methods Experimental methods Results Conclusion
A new method to determine the elastopalstic properties of ductile materials by conical indentation
Get PDFBased on load-displacement curves, indentation is widely used to extract the elastoplastic properties of materials. It is generally believed that such a measure is non-unique and a full stress-strain curve cannot be obtained using plural sharp and deep spherical indenters. In this paper we show that by introducing an additional dimensionless function of DA / A (the ratio of residual area to the area of an indenter profile) in the reverse analysis, the elastoplastic properties of several unknown materials that exhibit visually indistinguishable load-displacement curves can be uniquely determined with a sharp indentation
3D EBSD characterization and crystal plasticity FE simulation of the texture and microstructure below a nanoindent in Cu
No full textA Study of Deformation and Texture Evolution during Nanoindentation in a Cu Single Crystal Using Phenomological and Physically-Based Crystal Plasticity FE Models
No full text
Application of 3-dimensional orientation microscopy to study the microstructure of different heavily deformed metals
No full textRecent Progress in the 3D Experimentation and Simulation of Nanoindents
No full textvervollständigt von L. Pestalozzi ; Ausführung und Stich von J.H. BachofenWestsüdwestorientier
A Study of Deformation and texture Evolution during Nanoindentation in a Cu Single Crystal using Phenomenological and Physically-Based Crystal Plasticity FE Models
No full text
