Abstract: This study discusses the influence of heat loss on the critical ignition temperature and Frank-Kamenetskii parameter of a non-linear ordinary differential equation arising in thermal sensitized reaction. The reaction obeys the Arrhenius expression with temperature dependent pre-exponential factor, taking heat exchange between the reacting material and its surrounding into account. The consequences of heat loss are explored within the framework of one dimensional, steady state model. The numerical estimations based on shooting method techniques show the effect of heat loss parameter on the critical values of ignition temperature and Frank-Kamenetskii parameter
Ignition or thermal explosion in a body of reactive material, as described by a dimensionless reacti...
The evolution of a thermal runaway event is studied from the time a self-sustained temperature growt...
A model for the hot slab ignition problem is analyzed to determine critical conditions based on the ...
To study the effect of variable heat transfer coefficient of fireworks and crackers on thermal ex...
Thermal stability of reacting masses, whose thermal conductivity is a function of temperature, is in...
Thermal (or heat) explosion occurs in a reacting medium if the heat production due to an exothermic ...
The theory of thermal ignition, whether or not consumption and diffusion of reactant is taken into a...
When any exothermic reaction proceeds in an unstirred vessel, natural convection may develop. This f...
Many self-heating accidents with energetic materials have occurred when operations that have been do...
The process of planar detonation ignition, induced by a constant-velocity piston or equivalently by ...
International audienceIn this paper we investigate, numerically as well as analytically, the influen...
Abstract. This paper is devoted to the study of semilinear degenerate elliptic boundary value proble...
In [6], the solution of a steady Arrhenious endothermic chemical reaction where the exponential term...
We have analyzed the condition needed for thermal explosion to occur in a solid sample when the tem-...
An approximate closed form solution is developed for the mass loss rate of a semi-infinite solid irr...
Ignition or thermal explosion in a body of reactive material, as described by a dimensionless reacti...
The evolution of a thermal runaway event is studied from the time a self-sustained temperature growt...
A model for the hot slab ignition problem is analyzed to determine critical conditions based on the ...
To study the effect of variable heat transfer coefficient of fireworks and crackers on thermal ex...
Thermal stability of reacting masses, whose thermal conductivity is a function of temperature, is in...
Thermal (or heat) explosion occurs in a reacting medium if the heat production due to an exothermic ...
The theory of thermal ignition, whether or not consumption and diffusion of reactant is taken into a...
When any exothermic reaction proceeds in an unstirred vessel, natural convection may develop. This f...
Many self-heating accidents with energetic materials have occurred when operations that have been do...
The process of planar detonation ignition, induced by a constant-velocity piston or equivalently by ...
International audienceIn this paper we investigate, numerically as well as analytically, the influen...
Abstract. This paper is devoted to the study of semilinear degenerate elliptic boundary value proble...
In [6], the solution of a steady Arrhenious endothermic chemical reaction where the exponential term...
We have analyzed the condition needed for thermal explosion to occur in a solid sample when the tem-...
An approximate closed form solution is developed for the mass loss rate of a semi-infinite solid irr...
Ignition or thermal explosion in a body of reactive material, as described by a dimensionless reacti...
The evolution of a thermal runaway event is studied from the time a self-sustained temperature growt...
A model for the hot slab ignition problem is analyzed to determine critical conditions based on the ...