Abstract:Protection from cold is one of the most important functions considered in designing and manufacturing ski boots. Thermography is used for evaluating cold protection capacity of various kinds of inner shoes and boot shells. We performed thermal analysis of three boot categories using two thermography methods, and the results were compared. We observed that (1) thermography is a valid method for boot cooling studies; (2) both an inner shoe and boot shell aid in thermal insulation; (3) progressive cooling and for… Show more
“…In general, higher temperatures have been recorded for men testers with respect to those recorded for women. The efficiency of thermal insulation can also be measured using infrared thermography methods [77]. Heat Flow (mW) Temperature (°C)…”
This review article reports the recent advances in the study, design and production of ski-boots for alpine skiing. An overview of the different designs and the materials used in ski-boot construction is provided giving particular emphasis to the effect of these parameters on the final performances and on the prevention of injuries. The use of specific materials for ski-boots dedicated to different disciplines (race skiing, mogul skiing, ski-mountaineering etc.) has been correlated with the chemical and physical properties of the polymeric materials employed. A review of the scientific literature and the most interesting patents is also presented, correlating the results reported with the performances and industrial production of ski-boots. Suggestions for new studies and the use of advanced materials are also provided. A final section dedicated to the standards involved in ski-boot design completes this review article.
“…In general, higher temperatures have been recorded for men testers with respect to those recorded for women. The efficiency of thermal insulation can also be measured using infrared thermography methods [77]. Heat Flow (mW) Temperature (°C)…”
This review article reports the recent advances in the study, design and production of ski-boots for alpine skiing. An overview of the different designs and the materials used in ski-boot construction is provided giving particular emphasis to the effect of these parameters on the final performances and on the prevention of injuries. The use of specific materials for ski-boots dedicated to different disciplines (race skiing, mogul skiing, ski-mountaineering etc.) has been correlated with the chemical and physical properties of the polymeric materials employed. A review of the scientific literature and the most interesting patents is also presented, correlating the results reported with the performances and industrial production of ski-boots. Suggestions for new studies and the use of advanced materials are also provided. A final section dedicated to the standards involved in ski-boot design completes this review article.
“…Bradley (2009) publikoval analogické zkušenosti s ohřevem ledu při metání košťaty v curlingu. Práce s využitím infračervené termovizní techniky v běžeckém lyžování se zabývá traumatologií (Zucco et al 1991).…”
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