A Study of Possible Explosion Effects in the New 1-WTC Tower 1

Article ID

X4375

A Study of Possible Explosion Effects in the New 1-WTC Tower 1

Gregory Szuladzinski
Gregory Szuladzinski
DOI

Abstract

In the past analyses of aircraft impact against buildings the kinetic energy of fuel of the impacting aircraft was accounted for, but the chemical energy content was not. This paper addresses the explosion problem by means of analysis as well as well as Finite Element simulation. The effect of fuel detonation is evaluated with less than 1% of the aircraft fuel content acting in this manner. The fuel-air mix in the model was placed at one level, between the floor and ceiling of the worst affected impact area. The damage resulting from this is developed and presented herein. A comparison of resilience of the old WTC towers versus the new 1-WTC is made.

A Study of Possible Explosion Effects in the New 1-WTC Tower 1

In the past analyses of aircraft impact against buildings the kinetic energy of fuel of the impacting aircraft was accounted for, but the chemical energy content was not. This paper addresses the explosion problem by means of analysis as well as well as Finite Element simulation. The effect of fuel detonation is evaluated with less than 1% of the aircraft fuel content acting in this manner. The fuel-air mix in the model was placed at one level, between the floor and ceiling of the worst affected impact area. The damage resulting from this is developed and presented herein. A comparison of resilience of the old WTC towers versus the new 1-WTC is made.

Gregory Szuladzinski
Gregory Szuladzinski

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Gregory Szuladzinski. 2017. “. Global Journal of Research in Engineering – D: Aerospace Science GJRE-D Volume 17 (GJRE Volume 17 Issue D1): .

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Crossref Journal DOI 10.17406/gjre

Print ISSN 0975-5861

e-ISSN 2249-4596

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GJRE-D Classification: FOR Code: 090103
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A Study of Possible Explosion Effects in the New 1-WTC Tower 1

Gregory Szuladzinski
Gregory Szuladzinski

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