Pressure distribution from two different types of fabrics head garments with Silon-LTS® face mask for hypertrophic burn scar treatment

This study measures and analyses pressure generated from the two different fabrics used as head garments with a face mask made from Silon-LTS® (Low Temperature Splinting) underneath the head garment. A pressure sensor was used to measure the pressure generated using a head mannequin.In addition, mod...

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Bibliographic Details
Main Authors: Fozi, Aiman, Salleh, Mohamed Najib, Khairul Azwan, Ismail
Format: Conference or Workshop Item
Language:English
Published: 2015
Subjects:
Online Access:https://repo.uum.edu.my/id/eprint/14971/1/2015%202nd.pdf
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author Fozi, Aiman
Salleh, Mohamed Najib
Khairul Azwan, Ismail
author_facet Fozi, Aiman
Salleh, Mohamed Najib
Khairul Azwan, Ismail
author_sort Fozi, Aiman
collection UUM
description This study measures and analyses pressure generated from the two different fabrics used as head garments with a face mask made from Silon-LTS® (Low Temperature Splinting) underneath the head garment. A pressure sensor was used to measure the pressure generated using a head mannequin.In addition, modulus of elasticity is determined from the standard tensile test for fabric.The results shows that modulus of elasticity of the fabric gives the different pressure output and by applying the Silon-LTS® face mask underneath the head garments, the pressure increases at certain areas.
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spelling uum-149712016-04-27T02:42:09Z https://repo.uum.edu.my/id/eprint/14971/ Pressure distribution from two different types of fabrics head garments with Silon-LTS® face mask for hypertrophic burn scar treatment Fozi, Aiman Salleh, Mohamed Najib Khairul Azwan, Ismail R Medicine (General) This study measures and analyses pressure generated from the two different fabrics used as head garments with a face mask made from Silon-LTS® (Low Temperature Splinting) underneath the head garment. A pressure sensor was used to measure the pressure generated using a head mannequin.In addition, modulus of elasticity is determined from the standard tensile test for fabric.The results shows that modulus of elasticity of the fabric gives the different pressure output and by applying the Silon-LTS® face mask underneath the head garments, the pressure increases at certain areas. 2015-03 Conference or Workshop Item PeerReviewed application/pdf en https://repo.uum.edu.my/id/eprint/14971/1/2015%202nd.pdf Fozi, Aiman and Salleh, Mohamed Najib and Khairul Azwan, Ismail (2015) Pressure distribution from two different types of fabrics head garments with Silon-LTS® face mask for hypertrophic burn scar treatment. In: 2nd International Conference on Biomedical Engineering (ICoBE), 30-31 March 2015, Penang, Malaysia. http://icobe.unimap.edu.my/
spellingShingle R Medicine (General)
Fozi, Aiman
Salleh, Mohamed Najib
Khairul Azwan, Ismail
Pressure distribution from two different types of fabrics head garments with Silon-LTS® face mask for hypertrophic burn scar treatment
title Pressure distribution from two different types of fabrics head garments with Silon-LTS® face mask for hypertrophic burn scar treatment
title_full Pressure distribution from two different types of fabrics head garments with Silon-LTS® face mask for hypertrophic burn scar treatment
title_fullStr Pressure distribution from two different types of fabrics head garments with Silon-LTS® face mask for hypertrophic burn scar treatment
title_full_unstemmed Pressure distribution from two different types of fabrics head garments with Silon-LTS® face mask for hypertrophic burn scar treatment
title_short Pressure distribution from two different types of fabrics head garments with Silon-LTS® face mask for hypertrophic burn scar treatment
title_sort pressure distribution from two different types of fabrics head garments with silon lts r face mask for hypertrophic burn scar treatment
topic R Medicine (General)
url https://repo.uum.edu.my/id/eprint/14971/1/2015%202nd.pdf
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