A method for assessing thermal comfort of shoes using a “sweating” foot

Schols, Ed H. M.; Eijnde, Wilbert van den; Heus, Ronald

doi:10.1007/s00421-004-1143-0

Cited by 17 publications

(11 citation statements)

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“…Toplinski otpor glavni je parametar koji utječe na toplinsku udobnost odjevnih sustava. Mjeri se na vrućoj ploći ili termalnom manekenu odnosno termalnom stopalu [6][7][8]. Utjecaj vrste vlakana na toplinski otpor postaje očita kod vlažnog materĳala.…”

Section: Uvodunclassified

Termofiziološka udobnost viskoznih i tencel čarapa

Rogina-Car

Skenderi

Vrljičak

2020

Koža obuća (Online)

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Projektirane su i izrađene muške čarape u višestruko platirnom desno-lĳevom prepletu s viskoznom i tencel pređom finoće 20 tex, multifilamentnom PA 6.6 pređom finoće 156 i 220 dtex i pamučnom pređom finoće 25 tex. Određena je masa, debljina, visina tĳela, duljina stopala, polovica opsega tĳela i polovica opsega stopala čarape. Određena je termofiziološka udobnost čarapa mjerenjem otpora prolazu topline na termalnom stopalu. Rezultati su pokazali da uzorci čarapa koji u strukturi imaju prstenastu pređu imaju veći otpor prolazu topline u odnosu na uzorke sa rotorskom i aerodinamičkom pređom. Dobivena razlika otpora prolazu topline uzoraka čarapa po tipu bazne pređe je značajna. Najveći otpor prolazu topline imaju viskozne čarape izrađene iz prstenastih pređa uz dodatak grublje pamučne i PA 6.6. pređe, dok najmanji otpor imaju čarape iz tencel rotorske pređe.

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Section: Uvodunclassified

Termofiziološka udobnost viskoznih i tencel čarapa

Rogina-Car

Skenderi

Vrljičak

2020

Koža obuća (Online)

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“…leather, lining materials or insoles), they were almost never considered in the shoe as a whole. In fact, at least to our knowledge, only the WSCR (Whole Shoe Comfort Rating) method has so far been proposed [24], which can provide a measure of moisture and temperature in a shoe. Yet the system is limited to the laboratory environment so that, even with this solution, no data regarding real life situations is currently available.…”

Section: Introductionmentioning

confidence: 99%

An Instrumented Insole for Long Term Monitoring Movement, Comfort, and Ergonomics

et al. 2014

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We present a new electronic insole for wireless monitoring of motor activities and shoe comfort. The proposed device, equipped with both ZigBee transmission and local data storage allows unobtrusive, long term monitoring of subjects outside the laboratory, during natural behavior activites, such as daily living and sports. The system detailed in this work includes humidity and temperature sensors, as well as a three axis accelerometer and four pressure sensors, all fitted within a 3.7 mm thick insole. Preliminary experiments have shown that the device is reliable and may be worn without causing discomfort even for long periods of time, suggesting that it could be useful in applications ranging from ergonomics studies on footwear to sports and rehabilitation.

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“…Thermal resistance is the main parameter that affects the thermal comfort of clothing systems. It is measured on a hot plate or thermal manikin or thermal foot [6][7][8]. The influence of fibre type on thermal resistance becomes apparent in wet materials.…”

Section: Introductionmentioning

confidence: 99%

Thermophysiological wear comfort of viscose and tencel socks

Rogina-Car

Skenderi

Vrljičak

2020

Koža obuća (Online)

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Men’s socks were designed and manufactured in multiple plated single jersey structure using 20 tex viscose and Tencel yarn, 156 and 220 dtex multifilament PA 6.6 yarn and 25 tex cotton yarn. Sock mass and sock thickness were determined, the height of the sock leg, the length of the sock foot and half of the leg circumference and half of the foot circumference were measured. Thermophysiological sock wear comfort was determined by measuring thermal resistance on the thermal foot manikin. The results revealed that the sock samples containing the ring spun yarn in the structure had higher thermal resistance than the socks containing rotor and air-jet spun yarns. The obtained difference of thermal resistance of the sock samples per type of the basic yarn was significant. The viscose socks made of ring spun yarns with an added coarser cotton yarn and PA 6.6 yarn had the highest thermal resistance, while the lowest thermal resistance was recorded for the Tencel rotor spun yarns

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A method for assessing thermal comfort of shoes using a “sweating” foot

Cited by 17 publications

References 0 publications

Termofiziološka udobnost viskoznih i tencel čarapa

Termofiziološka udobnost viskoznih i tencel čarapa

An Instrumented Insole for Long Term Monitoring Movement, Comfort, and Ergonomics

Thermophysiological wear comfort of viscose and tencel socks

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