1-Sentence-Summary: A mathematical model demonstrates flame structure and burning velocities of premixed particle-cloud flames. Authors: K. Seshadri, A.L. Berlad, and V. Tangirala Read in: Three Minutes Favourite quote from the paper: The current authors develop a mathematical model of premixed flame propagation through particle clouds. The governing equations assume the flame has a three-zone structure: […]
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Effects of Turbulence on Dust Explosions – Summary
1-Sentence-Summary: Pre-ignition and post-ignition turbulence increase explosion severity and decrease ignitability of dust clouds in laboratory and industrial settings. Authors: P.R. Amyotte, S. Chippett, and M.J. Pegg Read in: Three Minutes Favorite quote from the paper: These authors present the state of understanding for the effects of turbulence on dust explosion up to 1988. They […]
Experimental Methods for the Determination of Explosion Characteristics of Combustible Dusts – Summary
1-Sentence-Summary: A small laboratory scale apparatus is designed to replicate testing results from the larger 1-m3 chamber historically used to characterize explosive dusts. Authors: R. Siwek Read in: Three Minutes Favorite quote from the paper: The current author completes an experimental research program to design a small scale explosion testing chamber that can replicate the […]
The Effect of Lewis and Damkohler Numbers on the Flame Propagation through Micro-Organic Dust Particles – Summary
1-Sentence-Summary: A mathematical model of dust flame propagation is developed and demonstrates the impact of particle vaporization, Lewis Number, and Damkohler Number on flame speed and structure. Authors: M. Bidabadi, A. Haghiri, and A. Rahbari Read in: Three Minutes Favorite quote from the paper: These authors develop a mathematical model of flame propagation in clouds […]
Explosion Propagation in Non-Spherical Vessels; Simplified Equations and Applications – Summary
1-Sentence-Summary: A simple mathematical model is developed for explosion propagation which illustrates differences in time scaling and flame area between spherical and cylindrical vessels. Authors: J. Singh Read in: Three Minutes Favorite quote from the paper: The current authors develop a simple mathematical model for gas explosion propagation in spherical and non-spherical vessels. The model […]
Dust and Hybrid Explosibility in a 1 m3 Spherical Chamber – Summary
1-Sentence-Summary: Turbulence and ignition energy show different effects on dust, gas, and hybrid mixture explosion in the 1-m3 chamber. Authors: K. Chatrathi Read in: Three Minutes Favourite quote from the paper: The current author performs explosion testing of dust, gas, and hybrid mixtures in a spherical 1-m3 chamber. For dusts, lycopodium, cornstarch, Pittsburgh coal, and […]
Dust Explosions in Spherical Vessels: The Role of Flame Thickness in the Validity of the ‘Cube-Root Law’ – Summary
1-Sentence-Summary: A three stage model for propagation of thick dust flames is developed and illustrates several important aspects of explosion scaling from small experimental chambers. Authors: A. Dahoe, J. Zevenbergen, S. Lemkowits, and B. Scarlett Read in: Three Minutes Favourite quote from the paper: The current authors develop a mathematical model for thick flame propagation […]
Review of the Explosibility of Nontraditional Dusts – Summary
1-Sentence-Summary: Nanomaterials, flocculent particles, and hybrid dust/gas mixtures represent nontraditional explosion hazards which may show enhanced explosion likelihood and severity in the processing industries. Authors: M. Worsfold, P. Amyotte, F. Khan, A. Dastidar, and R. Eckhoff Read in: Three Minutes Favourite quote from the paper: The current authors review the literature data for explosion of […]
Ignition and Flame Quenching of Flowing Heterogeneous Fuel-Air Mixtures – Summary
1-Sentence-Summary: A mathematical model of heterogeneous fuel combustion is developed and demonstrates the quenching distance/minimum ignition energy of quiescent and flowing mixtures. Authors: D. Ballal and A. Lefebvre Read in: Three Minutes Favourite quote from the paper: The current authors develop a mathematical model of ignition for heterogeneous fuel mixtures. Strictly liquid fuels (droplets) such […]
Influence of Dispersibility and Coagulation on the Dust Explosion Risk Presented by Powders Consisting of nm-Particles – Summary
1-Sentence-Summary: Ignitability and explosion violence of nanometric dust particles may not be as severe as predicted by extrapolating micrometric particle trends down into the smaller particle size range. Authors: R. Eckhoff Read in: Three Minutes Favorite quote from the paper: This paper gives a review of the dust explosion risk presented by powders of very […]