Publication result detail

Evaluation of Thermal Comfort with Type of Synthetic Skin Sensors

JANEČKA, J.; ZUTH, D.

Original Title

Evaluation of Thermal Comfort with Type of Synthetic Skin Sensors

English Title

Evaluation of Thermal Comfort with Type of Synthetic Skin Sensors

Type

Paper in proceedings (conference paper)

Original Abstract

The actual state of human thermal comfort in specific environment is presented in this article. The human thermal comfort is defined like state of mind, which expresses the thermal climate satisfaction and results from the subjective evaluation (ASHRAE). There is a lot of reasons why It is necessary to deal with this dilemma: The overall importance on working environment quality and human thermal comfort is growing up last few years. The price of energy is growing up much faster than in last few years, so it?s necessary to decrease the costs of heating and air-conditioning. This can be done by sophisticated measurement and effective regulation of parameters, which affects the condition of environment.

English abstract

The actual state of human thermal comfort in specific environment is presented in this article. The human thermal comfort is defined like state of mind, which expresses the thermal climate satisfaction and results from the subjective evaluation (ASHRAE). There is a lot of reasons why It is necessary to deal with this dilemma: The overall importance on working environment quality and human thermal comfort is growing up last few years. The price of energy is growing up much faster than in last few years, so it?s necessary to decrease the costs of heating and air-conditioning. This can be done by sophisticated measurement and effective regulation of parameters, which affects the condition of environment.

Keywords

Thermal comfort, Synthetic Skin Senzors,

Key words in English

Thermal comfort, Synthetic Skin Senzors,

Authors

JANEČKA, J.; ZUTH, D.

RIV year

2010

Released

13.11.2008

Publisher

SjF STU v Bratislave

Location

Bratislava

ISBN

978-80-227-2987-1

Book

Mechanical Engineering 2008 - Proceedings of the Abstracts

Pages from

II-16

Pages to

II-18

Pages count

8