Orthogonal Machining Tests on Carbon Fiber Reinforced Plastics

High-speed videography data from eight cutting tests on Carbon Fiber Reinforced Plastics (CFRP) complements the associated research paper. The dataset includes video, thermal, force, and synchronization files to analyze the effects of cutting angle on force and surface finish.

Use Cases

• Analyze cutting force data to correlate with fiber orientation angles during machining.
• Use thermal data to study heat generation and dissipation in CFRP under different cutting conditions.
• Synchronize video and force data to visually inspect chip formation and surface finish defects.
• Process high-speed videography to measure tool wear progression across the eight test runs.

Strengths

• Data is directly supplemental to a peer-reviewed journal publication with a provided DOI.
• Includes multiple data types: video, thermal, force, and synchronization for eight distinct tests.
• Provided by the National Institute of Standards and Technology (NIST), ensuring methodological rigor.

Limitations

• Small experimental scope with only eight cutting tests, limiting statistical power.
• Data format and structure require review of the separate PDF description document for proper interpretation.
• No explicit metadata on sample size, sensor specifications, or raw data resolution is provided in the summary.

Provenance

Source

National Institute of Standards and Technology (NIST)

Collection Method

Experimental data from high-speed videography of orthogonal machining tests.

Freshness

Last updated in July 2022.