Exploratory study — geometry and thermal performance in small vessels
This project investigated how geometric modification and material composition affect thermal behavior, handling, and usability in small heat-resistant serving vessels.
The study explored a transition from traditional round profiles to a squared geometry, examining how changes in shape influence heat retention, stability, and user interaction during serving. Prototypes were developed using a proprietary ceramic formulation, slip-cast to support high-temperature use and repeated thermal cycling.
The material system is not red clay; it was specifically engineered to withstand elevated temperatures while maintaining structural integrity and surface stability under prolonged heating.
Key aspects examined included:
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thermal response of geometry–material combinations
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handling and stability during use
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performance of high-temperature ceramic bodies in compact forms
The project is presented as applied research into how geometry and ceramic composition can be tuned to meet functional and thermal requirements in everyday containers.
(Presented as exploratory research.)
