The relation between clothing thickness and cooling during motorcycling

The relation between clothing thickness and cooling during motorcycling

The relation between clothing thickness and the cooling rate of a single motorcyclist has been determined at air temperatures between - 1°C and 24°C. The importance of a windproof oversuit and helmet liner have been studied. The effect of a fairing on the motorcycle has been measured. Much thicker a...

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Veröffentlicht in:Ergonomics 1986-03, Vol.29 (3), p.455-462
1. Verfasser: WOODS, R. I.
Format: Artikel
Sprache:eng
Schlagworte:
Air movements
Body Temperature
Body Temperature Regulation
Heat loss
Humans
Motorcyclists
Space life sciences
Transportation
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creator WOODS, R. I.
description The relation between clothing thickness and the cooling rate of a single motorcyclist has been determined at air temperatures between - 1°C and 24°C. The importance of a windproof oversuit and helmet liner have been studied. The effect of a fairing on the motorcycle has been measured. Much thicker and more windproof clothing than is generally available is needed to maintain normal body temperature on an unfaired motorcycle in winter: a mean clothing thickness of 20 mm inside a windproof oversuit is needed at 5°C, but is only effective if sweat does not accumulate inside the clothing.
doi_str_mv 10.1080/00140138608968279
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source Taylor & Francis; MEDLINE; Periodicals Index Online
subjects Air movements
Body Temperature
Body Temperature Regulation
Heat loss
Humans
Motorcyclists
Space life sciences
Transportation
title The relation between clothing thickness and cooling during motorcycling
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