High-Resolution Deformation Data from a Nickel Alloy Surface

Allan Harte from the University of Manchester provides high-resolution digital image correlation (HRDIC) and electron backscattered diffraction (EBSD) data. This dataset quantifies the deformation on the surface of a solid solution Nickel-based alloy with no gamma prime precipitates after 2% strain in tension. The data supports detailed analysis of microstructural evolution and surface strain localization in advanced alloys.

Use Cases

• Calibrating crystal plasticity models based on HRDIC-measured surface strain fields.
• Analyzing grain orientation evolution and local misorientation using EBSD data.
• Studying deformation heterogeneity in solid solution alloys without precipitate phases.
• Validating finite element simulations of tensile deformation at the micro-scale.

Strengths

• Includes two complementary, high-resolution measurement techniques (HRDIC and EBSD).
• Focuses on a well-defined material state: a solid solution Nickel alloy with no gamma prime precipitates.
• Documents a specific, controlled deformation condition: 2% strain in tension.

Limitations

• Key metadata such as row count, file size, specific column names, and last update date are unavailable across all sources.
• The dataset's scale and completeness are unclear due to missing size and row information.

Provenance

Source

Allan Harte, University of Manchester

Collection Method

Experimental measurement using High-Resolution Digital Image Correlation (HRDIC) and Electron Backscattered Diffraction (EBSD).