Injected ABS Gear Specimens with Mass and Mechanical Resistance Measurements

An experimental study by Fabiano Aparecido Silva investigates how cooling temperature affects mass and mechanical resistance in injected ABS parts. Specimens with a gear shape were produced under different cooling conditions, with mass measured via analytical balance and mechanical resistance tested using a custom-built loading device. Results indicate that decreasing the cooling temperature leads to increased mass and mechanical resistance in the ABS parts.

Use Cases

• Predicting mechanical resistance of ABS parts based on cooling temperature parameters.
• Modeling the relationship between cooling temperature and mass variation in injection-molded polymers.
• Optimizing injection molding processes for ABS to achieve desired mechanical properties.
• Analyzing the trade-offs between production cooling settings and final part performance.

Strengths

• Experimental data is derived from controlled production of gear-shaped specimens under different cooling conditions.
• Mechanical resistance was measured using a custom-designed and constructed loading device, suggesting tailored experimental rigor.

Limitations

• Row count and dataset scale are unknown, which may limit suitability assessment.
• Column-level documentation is absent; field semantics must be inferred after download.
• Last update date is unknown; freshness unverified.

Provenance

Source

Fabiano Aparecido Silva via paperswithcode

Collection Method

Experimental study involving specimen production, mass measurement with an analytical balance, and mechanical testing with a custom device.