Project
Early thermal and mechanical subsystem concept using paraffin wax PCM, CAD geometry, ANSYS-style mesh visuals, material packaging, and helmet comfort constraints.
Early-stage helmet cooling concept using paraffin wax phase-change material, CAD geometry, mesh visuals, material/prototype images, packaging constraints, and user-comfort context.
This project explored a helmet cooling concept using paraffin wax phase-change material as a thermal subsystem.
The page uses CAD, mesh, material, prototype, and selected report visuals to discuss thermal packaging, mechanical fit, user comfort, and early-stage design reasoning.
Helmet cooling needs to manage heat while fitting safely and practically into helmet-related geometry.
The work combines thermal reasoning, PCM material choice, mechanical packaging, user comfort, manufacturability, and mesh-based design material at the concept stage.
The design explored paraffin wax phase-change material as a way to absorb heat within helmet-related packaging, fit, and user-comfort constraints.
CAD and ANSYS-style mesh visuals show how geometry and simulation-style outputs were used to reason about the subsystem and communicate design trade-offs.
Prototype/material visuals and selected figures show how PCM selection, enclosure geometry, manufacturability, and user constraints were recorded for the project page.
The project connects heat-management intent, paraffin wax PCM, mechanical fit, containment, user context, and manufacturability.
CAD, mesh, material, prototype, and report visuals are presented together so the subsystem can be reviewed as an early design concept.
Selected project material used to show CAD, component, prototype, or documentation details.
An early-stage thermal subsystem page showing CAD geometry, mesh visuals, PCM material photos, prototype images, and packaging constraints.
Supports mechanical design through thermal reasoning, CAD, simulation-style outputs, material packaging, manufacturability, and user-centred constraints.