Browsing by Subject "Heat -- Transmission -- Mathematical models."

Now showing items 1-7 of 7

A novel M-cycle evaporative cooling vest for enhanced comfort of active human in hot environment.

Raad, Ragheb Hassan (2018)

The long exposure of workers to hot and humid environments increases their discomfort and exposes them to excessive sweating, affecting their performance. Comfortable cooling vests are potential solutions to increase the ...
Body cooling methods for improving endurance in hot environments at minimal energy.

Itani, Mariam Mounir (2018)

Personal cooling vests that incorporate phase change material (PCM) have been used to improve thermal sensation of people working outdoors in different fields (firefighting, construction, military, police, etc.). It is ...
Effect of apertures on ventilation rates and heat loss from clothed heated cylinder in cross wind -

Ismail, Nagham Bilal, (2013)

The purpose of this work is to implement an integrated heat transport model of clothed human body subject to external wind. Each clothed segment of the human body is modeled as a vertical annulus of a heated cylinder ...
Elderly bioheat modeling :changes in physiology, thermoregulation and blood flow circulatory -

Rida, Mohamad Ali, (2013)

A bioheat model for elderly was developed while focusing on blood flow circulatory changes that influence their thermal response in warm and cold environments to predict skin and core temperatures for the different segments ...
PCM cooling vest for improving comfort under hot environment -

Hamdan, Haneen Ibrahim, (2014)

This work investigates a passive method to extend cooling of the human body under hot environments for longer periods. A cooling vest containing phase change materials (PCM) made of salt mixtures that melts at a specific ...
Performance of hybrid PCM-FAN vest with deferred fan operation in transient heat flows from active human in hot dry environment.

Bachnak, Rana Bassam (2018)

Hybrid cooling vests containing phase change material (PCM) and ventilation fans cool the human trunk while permitting the evaporation of the accumulated sweat in hot dry climates. However, during the period before enough ...
Thermal modeling of fuel cell hybrid electric vehicles -

Tabbara, Leila Munir, (2017)

The goal of this thesis is to model the behavior of a fuel cell hybrid electric vehicle (FCHEV) taking into consideration the effect of temperature on the overall vehicle performance. The fuel cell is intended to be the ...

Now showing items 1-7 of 7

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Browsing by Subject "Heat -- Transmission -- Mathematical models."

Browsing by Subject "Heat -- Transmission -- Mathematical models."

Search AUB ScholarWorks

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Copyright Statement