Prostup tepla materiálovou skladbou zásahových oděvů pro hasiče

Abstract

This diploma thesis deals couplet heat through a firefighters’ protective clothing system and moisture effect to heat flow density. In theoretic parts are introduced technical standards protective clothing for firefighter according to appropriate public notice, used materials in experimental measuring, history of protective clothing and development, account used examples of protective clothing and their composition materials. This part is followed principles heat transfer, definition appropriate coefficients of heat incidence according to AHLBORN manual. In practical parts are approximation single experimental measuring, his procedure and adventitious results. The aim of the thesis is assignation moisture effect of clothing to heat flow density across materials structure protective clothing and assessment experimental thermal transmittance coefficient in time.