Energy loss from closed combustion systems

Oppenheim, A. K.; Kuhl, A. L.

doi:10.1016/s0082-0784(00)80338-0

Cited by 4 publications

(1 citation statement)

References 22 publications

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“…La técnica Schlieren ha sido ampliamente usada para múltiples propósitos en el entorno de la combustión como se puede observar en la bibliografía revisada. Oppenheim y Kuhl [107] estudiaron con técnica Schlieren el desarrollo de la llama en un recipiente cerrado enfocando su estudio a la transmisión de calor a las paredes de este recipiente durante el proceso de combustión. Atzler y Lawes [108] caracterizaron la velocidad de combustión de aerosoles y construyeron una cámara de combustión, deduciendo, que la velocidad de combustión de aerosoles es mayor que la de las correspondientes mezclas gaseosas monofásicas.…”

Section: Técnica De Imágenes Schlierenunclassified

Estudio experimental y modelado CFD del proceso de combustión de mezclas combustibles de hidrógeno, metano y gas de síntesis en una bomba cilíndrica con acceso óptico

Camaño¹

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Section: Técnica De Imágenes Schlierenunclassified

Estudio experimental y modelado CFD del proceso de combustión de mezclas combustibles de hidrógeno, metano y gas de síntesis en una bomba cilíndrica con acceso óptico

Camaño¹

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Heat release determination in a constant volume combustion chamber from the instantaneous cylinder pressure

Lapuerta

Sanz-Argent

Raine

2014

Applied Thermal Engineering

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Quasi-static pressure calculations of confined explosions

Zhong¹,

Zhou²,

Wang³

2015

Emerging Materials Research

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Based on the state equation of ideal gas, thermodynamics and some laws of physical chemistry, a formula for the quasi-static pressure of a confined explosion was derived, when the chemical reactions and energy conversion of the detonation products were considered, and the expansion process of the detonation products was under constant entropy. Taking trinitrotoluene (TNT) explosive as an example, the chemical reaction kinetics of the detonation products, with different explosive charge volume ratios, was analysed. A program, named Chemical Reaction Kinetic Numerical Computation and Application (CRKNCA), was written, which could calculate the quasi-static pressure of TNT explosives in confined rooms. Comparing the calculated results of the program with the experimental data, as well as the results of the Conventional Weapon Effects Program (CONWEP) and the simulation results by fluid dynamics under similar conditions, the accuracy of the formulas proposed in this paper was verified. Moreover, it was concluded that the chemical reactions of the detonation products had an important influence on the quasi-static pressure of confined explosions.

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Energy loss from closed combustion systems

Cited by 4 publications

References 22 publications

Estudio experimental y modelado CFD del proceso de combustión de mezclas combustibles de hidrógeno, metano y gas de síntesis en una bomba cilíndrica con acceso óptico

Estudio experimental y modelado CFD del proceso de combustión de mezclas combustibles de hidrógeno, metano y gas de síntesis en una bomba cilíndrica con acceso óptico

Heat release determination in a constant volume combustion chamber from the instantaneous cylinder pressure

Quasi-static pressure calculations of confined explosions

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