Thermal Haptics for Fire Simulation :
Radiative and Convective Heat Transfer Model from Fire Dynamics Data

DURATION

2023.05 - Present
2 years 8 months
(ongoing)

KEY WORDS

VR

Simulation

RESEARCH

Thermal haptic

Contribution

Team Leader
Engineering
Design Research

CO-WORKER

Jiyoon Lee
Sungmo Lee
Nahyun Lee

This work present a framework that provides users with thermal haptic feedback through a fire training simulation driven by fire dynamics data. Simulations based on fire dynamics data have great potential to reproduce highly realistic fire scenarios. Previous research has primarily focused on enhancing real-time visual realism, whereas attempts to integrate thermal feedback have been relatively limited. Proposed model incorporates fire dynamics data to approximate real-time convective and radiative heat transfer.

Independent Research

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2023.05 ~ 2023.01

Reference

Hoseok Jung, Jiyoon Lee, and Hyunimin Kang. 2025. Thermal Haptics for Fire Simulation: Radiative and Convective Heat Transfer Model from Fire Dynamics Data. In Proceedings of IEEE International Symposium on Mixed and Augmented Reality (ISMAR ‘25). (Research demonstration). DOI: [https://doi.org/10.1109/ISMAR-Adjunct68609.2025.00305]

© 2025 Hoseok Jung. All Rights Reserved.