Effects of temperature steps on human health and thermal comfort

Xiong, Jing; Lian, Zhiwei; Zhou, Xin; You, Jianxiong; Lin, Yanbing

doi:10.1016/j.buildenv.2015.07.032

Cited by 117 publications

(37 citation statements)

References 15 publications

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“…Thermal sensation, comfort, and acceptability were recorded on three scales ranging respectively from 23: very cold to 3: very hot; from 22: very uncomfortable to 2: very comfortable; and from 21: clearly unacceptable to 1: clearly acceptable (for a similar procedure, see Xiong, Lian, Zhou, You, & Lin, 2015). The feeling of fatigue was recorded on a 7-point scale ranging from 1: not at all tired to 7: totally tired.…”

Section: Perception Of the Environment And Feeling Of Fatiguementioning

confidence: 99%

The Influence of Tropical Climate on Cognitive Task Performance and Aiming Accuracy in Young International Fencers

Robin¹,

Collado²,

Sinnapah³

et al. 2019

Journal of Human Performance in Extreme Environments

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This study examined how a tropical climate (TC) influences the cognitive and aiming task performances of young international fencers. The participants performed the tasks in TC and an air-conditioned room. In each session, they completed questionnaires evaluating affective states, fatigue, and comfort and thermal sensations. They also carried out cognitive tasks (simple and choice reaction time, attention, and vigilance tasks) and a motor task testing aiming accuracy with a sword while wearing protective clothing and a mask. TC, which was observed to decrease thermal discomfort, was revealed to decrease aiming accuracy and positive affective states. There was no deleterious effect on cognitive task performance, nor on negative affective states, or fatigue and increased thermal discomfort. These results showed that TC can negatively influence motor performance.

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Section: Perception Of the Environment And Feeling Of Fatiguementioning

confidence: 99%

The Influence of Tropical Climate on Cognitive Task Performance and Aiming Accuracy in Young International Fencers

Robin¹,

Collado²,

Sinnapah³

et al. 2019

Journal of Human Performance in Extreme Environments

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“…In the study's subjects, a change in the ambient temperature lead first to a change in the subjectively perceived temperature and only later to a change in the temperature measured at the skin's surface [16]. A study on the changes in subjectively perceived temperature and core temperature in divers during exposure to hyperbaric conditions would be interesting.…”

Section: Discussionmentioning

confidence: 99%

The Effects of Hyperbaric Exposure on Immediate and Delayed Changes in Core Temperature and Its Circadian Fluctuations

Kujawski

Słomko

Zawadka‐Kunikowska

et al. 2017

Polish Hyperbaric Research

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Changes observed in the core body temperature of divers are the result of a multifaceted response from the body to the change of the external environment. In response to repeated activities, there may be a chronic, physiological adaptation of the body's response system. This is observed in the physiology of experienced divers while diving. The purpose of this study is to determine the immediate and delayed effects of hyperbaric exposure on core temperature, as well as its circadian changes in a group of three experienced divers. During compression at 30 and 60 meters, deep body temperature values tended to increase. Subsequently, deep body temperature values showed a tendency to decrease during decompression. All differences in core temperature values obtained by the group of divers at individual time points in this study were not statistically significant.

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“…Das Ziel dieser Arbeit ist es, die Aussagen der DIN EN ISO 7730, dass die thermische Wahrnehmung bei Erwärmungen vergleichbar mit der stationären Randbedingung ist und daher das PMV-Modell direkt angewendet werden darf und, dass bei Abkühlungen das PMV-Modell in den ersten 30…”

Section: Literaturrechercheunclassified

“…bietet die dynamische Raumklimasteuerung somit Vorteile gegenüber der herkömmlichen stationären Aufrechterhaltung der Raumklimaparameter. Die dafür notwendigen technischen Möglichkeiten zur automatischen Erkennung oder Vorhersage der Anwesenheit wurden in den letzten Jahren im Rahmen einer Annex wissenschaftlich intensiv untersucht und entwickelt [30].…”

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Thermische Behaglichkeit bei Temperaturübergängen

2019

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In den letzten Jahrzehnten haben sich die Möglichkeiten zur gezielten Steuerung klimatischer Parameter in Innenräumen durch leistungsstarke Anlagentechnik deutlich erweitert. Auch wenn die meisten Räume natürlich gelüftet werden, sind der Regelung der Innenraumbedingungen technisch gesehen kaum noch Grenzen gesetzt. Gleichzeitig hat sich beispielsweise die Arbeitswelt stark geändert, Büros und andere Räume werden oft nur temporär genutzt und dabei auch noch geteilt. Die thermische Konditionierung der Innenräume hingegen orientiert sich aber immer noch an stationären Temperatursolllinien für die gesamte Betriebszeit. Für Konzepte zur dynamischen Steuerung und Regelung des Raumklimas fehlen gezielte wissenschaftliche Anhaltspunkte zur Bewertung der thermischen Behaglichkeit. Im Rahmen dieser Arbeit erfolgte eine Literaturstudie zu durchgeführten Probandenstudien bei Temperaturübergängen. Die Probandenstudien wurden deskriptiv beschrieben und miteinander verglichen, um aus der Gesamtheit dieser Studien Erkenntnisse hinsichtlich der thermischen Behaglichkeit unter diesen dynamischen Bedingungen zu gewinnen.

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Effects of temperature steps on human health and thermal comfort

Cited by 117 publications

References 15 publications

The Influence of Tropical Climate on Cognitive Task Performance and Aiming Accuracy in Young International Fencers

The Influence of Tropical Climate on Cognitive Task Performance and Aiming Accuracy in Young International Fencers

The Effects of Hyperbaric Exposure on Immediate and Delayed Changes in Core Temperature and Its Circadian Fluctuations

Thermische Behaglichkeit bei Temperaturübergängen

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