Add to ORKGNumerical transient solutions of parallel and counter current heat transfer processes are obtained by the use of a finite element technique. Solutions provide the one dimensional temperature profile for both fluids of the heat exchangers.The results are verified with steady state and transient analytical or numerical solutions available in literature. The numerical method is applicable to the thermal analysis of anykind of parallel and counter flow heat exchanger with arbitraryinitial and inlet conditions.The main features of the mathematical model, adopted to solve the energy balance equations, is the use of the Galerkin finite elements method to linearize the system of partial differential equations.Very satisfactory results in extremely ...
A counter-flow heat exchanger transient one-dimensional numerical model was developed and verified a...
Heat transfer analysis is a problem of major significance in a vast range of industrial applications...
Linearized partial differential equations for incompressible fluid temperature dynamics in pipes and...
Numerical transient solutions of parallel and counter current heat transfer processes are obtained b...
In this work, it is a numerical study of the dynamic and thermal behavior of two counter-current flo...
Rapid development of computer capacity and advances in numerical solution methods for the governing ...
A numerical solution is provided to predict the transient temperature distribution of both fluids in...
The present paper deals with both the steady-state and dynamic simulation of a double-pipe heat exch...
The present paper deals with both the steady-state and dynamic simulation of a double-pipe heat exch...
Dynamical response of a counter flow double pipe heat exchanger is studied. A mathematical model is...
One of the When designing a new heat exchanger it is necessary to consider all the conditions impose...
This paper gives a brief summary of computational methods in heat transfer equipment, i.e., CFD (com...
Crossflow heat exchangers are commonly employed in process critical applications in industries. A he...
When two liquids are constantly in touch or are separated by a solid wall such that they never combi...
Analytic solutions for heat transfer problems are limited to simple geometries and boundary conditio...
A counter-flow heat exchanger transient one-dimensional numerical model was developed and verified a...
Heat transfer analysis is a problem of major significance in a vast range of industrial applications...
Linearized partial differential equations for incompressible fluid temperature dynamics in pipes and...
Numerical transient solutions of parallel and counter current heat transfer processes are obtained b...
In this work, it is a numerical study of the dynamic and thermal behavior of two counter-current flo...
Rapid development of computer capacity and advances in numerical solution methods for the governing ...
A numerical solution is provided to predict the transient temperature distribution of both fluids in...
The present paper deals with both the steady-state and dynamic simulation of a double-pipe heat exch...
The present paper deals with both the steady-state and dynamic simulation of a double-pipe heat exch...
Dynamical response of a counter flow double pipe heat exchanger is studied. A mathematical model is...
One of the When designing a new heat exchanger it is necessary to consider all the conditions impose...
This paper gives a brief summary of computational methods in heat transfer equipment, i.e., CFD (com...
Crossflow heat exchangers are commonly employed in process critical applications in industries. A he...
When two liquids are constantly in touch or are separated by a solid wall such that they never combi...
Analytic solutions for heat transfer problems are limited to simple geometries and boundary conditio...
A counter-flow heat exchanger transient one-dimensional numerical model was developed and verified a...
Heat transfer analysis is a problem of major significance in a vast range of industrial applications...
Linearized partial differential equations for incompressible fluid temperature dynamics in pipes and...