PEES7AB Transport Phenomena
| ECTS Credits : 2 Duration : 21 hours | Semester : S7 | ||
Person(s) in charge : Jean-Pierre BELLOT, Professor, jean-pierre.bellot@mines-nancy.univ-lorraine.fr | ||||
Keywords : transport phenomena | ||||
Prerequisites : None | ||||
Objective: Get basic principles allowing to deal with heat and mass transports problems | ||||
The aim of this course is to give the basic principles for dealing with issues concerning heat and mass transfer. The basic phenomena involved are explained and a standardized methodology, based on global and differential energy and mass balances, is presented.
The principal related metrologies are presented.
Content:
• Highlight the importance of heat and mass transport phenomena (case study).
• The notion of balance: global and differential balances.
• Phenomenological laws. Application to simple cases of material transport by diffusion and heat transport by conduction. Notion of resistance. Electrical analogy. Steady state. One-dimensional case.
• Heat and mass transport by convection and diffusion. Analogy between heat, mass and momentum transports.
• Unsteady mass and heat transport. Measuring techniques.
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Abilities : | ||||
Levels | Description and operational vocabulary | |||
Know | The laws and balances driving heat and mass transport phenomena | |||
Understand | the analogy between the different transport phenomena and the measurement techniques | |||
Apply | the laws and balances to concrete case studies | |||
Analyse | a system and use a methodology to explain the different transports involved. | |||
Summarise |
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Assess |
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Evaluation : | ||||
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Cet espace sera supprimé le 31 janvier 2024 - Pour toutes questions, vous pouvez nous contacter sur la liste wikidocs-contact@univ-lorraine.fr
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