The second law of thermodynamics puts a limit on the thermal efficiency of heat engines. This limit value is the efficiency of the ideal reversible engine represented by the Carnot cycle. During the lectures on physics, the emphasis on this cycle is generally so strong that students could be induced to consider the Carnot cycle as the only cycle having the best thermal efficiency. In fact, an entire class of cycles exists possessing the same maximum efficiency: this class is that of the regenerative Reitlinger cycles. Here we propose to teach also these cycles to the engineering students of physics classes, to improve their knowledge and comprehension of thermodynamics
This book results from a Special Issue related to the latest progress in the thermodynamics of machi...
Despite the remarkable success of Carnot’s heat engine cycle in founding the discipline of thermodyn...
A diagram that represents both conservation of energy and constancy of entropy in Carnot cycle
The second law of thermodynamics puts a limit on the thermal efficiency of heat engines. This limit ...
The second law of thermodynamics puts a limit on the thermal efficiency of heat engines. This limit ...
We report on several specific student difficulties regarding the second law of thermodynamics in the...
AbstractCarnot cycle and theorem are major contributions of classical thermodynamics since proposed ...
This second Special Issue connects both the fundamental and application aspects of thermomechanical ...
We report on several specific student difficulties regarding the second law of thermodynamics in the...
Part two of course materials for Statistical Physics I: PHY525, taught by Gerhard Müller at the Univ...
Knowledge in classical thermodynamicsThe Carnot cycle is an idealization for a heat engine operating...
The Carnot cycle is central to engineering thermodynamics and its teaching. Although on the one hand...
The purpose of this article is to perform a comparative study of a reversible heat engine with an id...
This paper presents a 2T thermodynamic cycle operating around the critical locus of ethylene. The cy...
Carnot established in 1824 that the efficiency of cyclic engines operating between a hot bath at abs...
This book results from a Special Issue related to the latest progress in the thermodynamics of machi...
Despite the remarkable success of Carnot’s heat engine cycle in founding the discipline of thermodyn...
A diagram that represents both conservation of energy and constancy of entropy in Carnot cycle
The second law of thermodynamics puts a limit on the thermal efficiency of heat engines. This limit ...
The second law of thermodynamics puts a limit on the thermal efficiency of heat engines. This limit ...
We report on several specific student difficulties regarding the second law of thermodynamics in the...
AbstractCarnot cycle and theorem are major contributions of classical thermodynamics since proposed ...
This second Special Issue connects both the fundamental and application aspects of thermomechanical ...
We report on several specific student difficulties regarding the second law of thermodynamics in the...
Part two of course materials for Statistical Physics I: PHY525, taught by Gerhard Müller at the Univ...
Knowledge in classical thermodynamicsThe Carnot cycle is an idealization for a heat engine operating...
The Carnot cycle is central to engineering thermodynamics and its teaching. Although on the one hand...
The purpose of this article is to perform a comparative study of a reversible heat engine with an id...
This paper presents a 2T thermodynamic cycle operating around the critical locus of ethylene. The cy...
Carnot established in 1824 that the efficiency of cyclic engines operating between a hot bath at abs...
This book results from a Special Issue related to the latest progress in the thermodynamics of machi...
Despite the remarkable success of Carnot’s heat engine cycle in founding the discipline of thermodyn...
A diagram that represents both conservation of energy and constancy of entropy in Carnot cycle