TCS24 | 6IC6S41 | Duration : 30 hours | ECTS Credits : 3.5 | Semester : S6 |
Name of the course : Transformation of matter and energy | ||||
Person in charge : Silvère Barrat, Professor,silver.barrat@mines-nancy.univ-lorraine.fr | ||||
Keywords : thermodynamics, fluid, matter, energy, stability, instability
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Prerequisites : Thermodynamics of preparatory classes
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Objectives : Application of thermodynamic concepts to industrial machines.
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Content : First part: transformation of energy
Examples problems addressed in tutorials: heat transfer in casting, optimizing a multi-stage compressor, use of ocean thermal energy, storage and use of industrial gases, synthesis of materials, underground liquid extraction, cavitation or boiling of liquid, vapor condensation | ||||
Skills : | ||||
Niveaux | Description and operational verbs | |||
Know | First and Second principles of thermodynamics, thermodynamics efficiency, entropy generation, Mollier diagram, surface tension, characteristic function. | |||
Understand | Systems with an heterogeneous temperature, systems in continuous operation, origin of irreversibility of real machines, relative stability of stages, germination of new stages. | |||
Apply | Thermodynamic principles for industrial machines transforming fluids or matter. Mollier diagrams for fluid transformation. Know how to build a characteristic function. | |||
Analyze | A complex system to process it into an analysable thermodynamic system. Know how to analyze the energy and exergy performance of an industrial plant. | |||
Summarise | Gather physical and thermodynamic data of a fluid or a matter during its processing in an industrial machine. | |||
Assess | Relevance of a numerous result related with the scale of the studied system. | |||
Evaluation : | ||||
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