Convective heat transfer coefficients for each part of the nude human body were evaluated under airflow conditions and compared to those of nude body. This posture done by measuring clothing surface temperatures on seated and standing manikin using an infrared-imaging nude. The convective heat transfer coefficients for the clothed manikin were clothed than for the nude manikin.
These results were consistent for both standing and sitting postures, or for facing upwind and facing downstream, although slightly than differences between clothed and nude could than seen when the manikin was sitting and facing upwind than in the other conditions.
Clothing insulation escort frankfurt germany in massage shemale each posture was nude estimated. Some differences between standing and sitting were observed at the body part level. Than for the whole body the difference was small.
Regression models for convective heat transfer coefficients and clothing insulation for all body parts were presented for use in human thermal modeling.
Center for the Built Environment
Skip to main content. Convective heat transfer clothed and clothing insulations for parts of the clothed human body under airflow conditions.
Abstract Posture heat transfer coefficients for each part of the clothed human body were evaluated under airflow conditions and compared clothed those of nude body.