Development of Smoke Management Demonstration Apparatus

Muhammad Agung Santoso; Yulianto Sulistyo Nugroho; Gandhi Mahaputra; Azimil Gani Alam; Muhammad Andira Mulia Sirega; Muhammad T Ramadhan; Cahya Tri Anggara; Ali A. Sungkar

Development of Smoke Management Demonstration Apparatus

Muhammad Agung Santoso, Yulianto Sulistyo Nugroho, Gandhi Mahaputra, Azimil Gani Alam, Muhammad Andira Mulia Sirega, Muhammad T Ramadhan, Cahya Tri Anggara, Ali A. Sungkar

Department of Mechanical Engineering

Research output: Contribution to journal › Article › peer-review

Abstract

Fire safety is a critical design factor in tall buildings. Smoke is recognized as the major killer in fire situations. Building fires produce both smoke and heat. The amount of smoke produced and their physical and chemical properties are greatly affected by the
interior building materials which is in today’s buildings are mostly made of cellulose and plastics. Stairwell and passage pressurisation systems are an important component of the
means of egress system in many buildings. Besides early warning system using smoke detectorts, smoke management, mitigation and containment should be an essential part of any HVAC design. This paper presents the outcome of developing a smoke management demonstration apparatus for education proposes. This apparatus can help the student
undertaking fire safety engineering course and HVAC related courses to have hands on experience at laboratory scale. In the future, the student will also be able to compare their Computational Fluid Dynamics (CFD) results with experimental works. A real world experience is an important component in an engineering education curriculum.
Keywords : Smoke, venting, demonstration apparatus.

Original language	English
Journal	The 12th Annual National Seminar Of Mechanical Engineering (SNTTM XII)
Publication status	Published - 2013

Cite this

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author = "Santoso, {Muhammad Agung} and Nugroho, {Yulianto Sulistyo} and Gandhi Mahaputra and Alam, {Azimil Gani} and Sirega, {Muhammad Andira Mulia} and Ramadhan, {Muhammad T} and Anggara, {Cahya Tri} and Sungkar, {Ali A.}",

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journal = "The 12th Annual National Seminar Of Mechanical Engineering (SNTTM XII)",

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AU - Santoso, Muhammad Agung

AU - Nugroho, Yulianto Sulistyo

AU - Mahaputra, Gandhi

AU - Alam, Azimil Gani

AU - Sirega, Muhammad Andira Mulia

AU - Ramadhan, Muhammad T

AU - Anggara, Cahya Tri

AU - Sungkar, Ali A.

PY - 2013

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AB - Fire safety is a critical design factor in tall buildings. Smoke is recognized as the major killer in fire situations. Building fires produce both smoke and heat. The amount of smoke produced and their physical and chemical properties are greatly affected by theinterior building materials which is in today’s buildings are mostly made of cellulose and plastics. Stairwell and passage pressurisation systems are an important component of themeans of egress system in many buildings. Besides early warning system using smoke detectorts, smoke management, mitigation and containment should be an essential part of any HVAC design. This paper presents the outcome of developing a smoke management demonstration apparatus for education proposes. This apparatus can help the studentundertaking fire safety engineering course and HVAC related courses to have hands on experience at laboratory scale. In the future, the student will also be able to compare their Computational Fluid Dynamics (CFD) results with experimental works. A real world experience is an important component in an engineering education curriculum.Keywords : Smoke, venting, demonstration apparatus.

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JO - The 12th Annual National Seminar Of Mechanical Engineering (SNTTM XII)

JF - The 12th Annual National Seminar Of Mechanical Engineering (SNTTM XII)

ER -

Development of Smoke Management Demonstration Apparatus

Abstract

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