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Thermal manikin history and applications
1Thermal Environment Laboratory, Department of Design Sciences, Lund Technical University, Lund, Sweden. ingvar.holmer@design.lth.se
European Journal of Applied Physiology
|June 9, 2004
Summary
Thermal manikins, used for over 60 years, analyze human-environment thermal interactions. Advanced sweating and breathing manikins now offer more realistic thermal simulations for research.
Area of Science:
- Thermal physiology
- Human-computer interaction
- Environmental engineering
Background:
- Thermal manikins have been crucial research tools for over six decades.
- They are essential for analyzing the thermal interface between humans and their surroundings.
- Applications include clothing thermal property determination and heat flux analysis in complex environments.
Observation:
- Manikins facilitate the study of heat transfer in various scenarios.
- Specific uses involve evaluating clothing insulation and thermal comfort.
- Complex environments like vehicle cabins are key areas of application.
Findings:
- Traditional manikins provide foundational thermal analysis.
- Recent advancements include sweating and breathing manikin capabilities.
- These innovations enable more sophisticated and realistic human thermal interaction simulations.
Implications:
- Enhanced manikin technology improves the accuracy of thermal comfort research.
- This leads to better design of clothing and enclosed environments.
- Future applications may extend to personalized climate control and advanced protective gear development.