Forensic Investigation of Fire-affected Concrete Buildings - Awoyera, Paul
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After a severe fire, structures are often capable of being repaired rather than demolished. Majority of fire-affected buildings around the world in recent years have been demolished while others are left dilapidated. Consequently there is a persistent need for structures to be forensically assessed after fire damage in order to ensure safety and enable appropriate repairs to be planned and executed. Post-fire residual strengths of some selected fire-affected concrete buildings were evaluated using nondestructive test method. More so,simulated experiment was conducted on reinforced concrete…mehr

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Produktbeschreibung
After a severe fire, structures are often capable of being repaired rather than demolished. Majority of fire-affected buildings around the world in recent years have been demolished while others are left dilapidated. Consequently there is a persistent need for structures to be forensically assessed after fire damage in order to ensure safety and enable appropriate repairs to be planned and executed. Post-fire residual strengths of some selected fire-affected concrete buildings were evaluated using nondestructive test method. More so,simulated experiment was conducted on reinforced concrete beams in the laboratory which was used to develop mathematical models for determining the insitu strength of concrete in fire-affected buildings.
Autorenporträt
Paul Awoyera is currently a lecturer at the Department of Civil Engineering, Covenant University. He's interested in researches in forensic investigation and sustainability of fire-affected concrete buildings in order to ascertain their reuse. He is a member of the Nigerian Society of Engineers.