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Available Diapason sessions

Last modified: 01/24/2012 07:23 PM
This page lists the Diapason sessions which are available

Available Diapason sessions

 

This page lists the Diapason sessions which are available.

 

As of June 2011, 28 Diapason sessions had been translated in English, at least provisionally.

 

We intend to improve the quality of this translation in the months to come and we apologize for the errors which still remain, despite our efforts to correct them.

 

We have begun by translating the methodological sessions which:

 

  • present the thermodynamics fundamentals;
  • explain how to model basic cycles with Thermoptim;
  • guide the learner in the preparation of exergy balances.

 

A number of others deal with technology. They will be translated later, as most of their content is already included in the thematic pages.

 


 

Available Diapason sessions

 

This page gives you direct access to the available Diapason sessions, in four different ways:

 

 

Module for self-training to energy powered systems

 

This pedagogic set dedicated to self-training deals with the energy powered systems based on heat conversion. It stresses with particular emphasis the main types of compressible fluid machines (compressors, internal combustion engines, gas turbines, steam gas turbines, refrigeration machines or facilities, combined cycles, cogeneration).

 

It will help you:

 

  • understand the design principles of these systems;
  • have a global view of the various technologies used for their construction;
  • and finally become acquainted with the classical and up-to-date analysis methods (diagrams, charts, software applications, etc.).

 

This pedagogic set is divided into three main steps:

 

  1. The acquisition of concepts and tools. This part is dedicated to remember the thermodynamic concepts already seen, to study the basic cycles, to discover the used technologies and to train in the use of Thermoptim. (this training lasts about 12 hours, the time for revisions and complements being excluded.)
  2. The reinforcement of the concepts seen during the first step, with theoretical complements on exergy and heat-exchangers, with the study of variants of the basic cycles, of the combined cycles and cogeneration (about 8 hours of work, complements not included).
  3. The in-depth analyses and the personal applications. These analyses and personal application will give rise to the study of innovative cycles more complex than the ones of step one and two. Some thoughts about the perspective of these technologies must also be expected during mini-projects that you may lead personally or within a group. (The duration of this step is very dependent on the selected personal activities.)

 


 

List of the Diapason sessions (those in English are in bold)

content steps soundtrack duration
S01En Introduction, educational approach 9 8 mn 30 s
       
S02En Energies put into play (work and heat), first law 11 4 mn
S03En Second law, irreversibilities 7 4 mn
S04 Propriétés des gaz idéaux, diagramme (T, s) 16 15 mn
ChgEtat Changements d'état de l'eau, fusion, vaporisation 6 1 mn 30 s
S04aEn Properties of substances, usual charts 22 18 mn
S05 Diagrammes des vapeurs 29 23 mn
       
S06En Exergy balances 20 13 mn
       
S07 Présentation de Thermoptim 39 16 mn
S07En_ext Introduction to the use and programming of external classes 31 22 mn
S07_trucs Trucs et astuces pour l'utilisation de Thermoptim 27 25 mn
S07En_init First steps with Thermoptim 22 11 mn
       
S09En General issues on cycles 13 13 mn
       
S10En Heating, cooling of fluids 5 1 mn 35 s
S11En Compression, expansion with work 16 5 mn 45 s
S12 Technologie des compresseurs volumétriques 24 16 mn
S13 Technologie des turbocompresseurs et des turbines 27 19 mn
       
S15En Thermodynamics of combustion 16 9 mn 50 s
S16 Technologie des chambres de combustion et des chaudières 9 4 mn
       
S18En Thermodynamics of heat exchangers 13 13 mn
S18NN Thermodynamique avancée des échangeurs 42 45 mn
S19 Technologie des échangeurs de chaleur 7 3 mn 20 s
       
S20 Technologie des turbines à gaz (TAG) 30 18 mn
S21En Gas turbine exercise (air as working fluid) 29 12 mn 35 s
S21He Exercice TAG (He) 23 10 mn
S22En Gas turbine exercise (combustion) 5 2 mn 30 s
S23En Gas turbine exercise (exergy balances, regeneration) 10 5 mn 50 s
S23He Exercice TAG à hélium à régénération 6 4 mn
S24En Simple gas turbine exercise 17 6 mn 30 s
       
S20_aero Turbomoteurs et moteurs-fusée 27 16 mn
       
S25 Technologie des centrales à vapeur 23 21 mn 20 s
S26En 300 MW simple steam cycle 27 12 mn 35 s
S27En 300 MW extraction and reheat steam cycle 13 8 mn
S28En 300 MW steam cycle exergy balances 6 2 mn 50 s
       
S30 Technologie des machines frigorifiques et pompes à chaleur 25 19 mn 30 s
S31En Water chiller exercise 27 12 mn 35 s
S32En Water chiller exergy balance 9 6 mn 40 s
S33En Heat pump evaporator sizing exercise 15 9 mn 30s
       
S35 Technologie des moteurs alternatifs à combustion interne (MACI) 37 22 mn 10 s
S35_PBV Système piston-bielle-vilebrequin 11 3 mn 20 s
S35_CDS Commande des soupapes 13 4 mn 10 s
S35En_4t2t 4 and 2 stroke engines 14 4 mn 30 s
S36 Performances et cycles des MACI 23 15 mn 30 s
S37 Réduction des émissions de polluants des MACI 15 8 mn 25 s
S38En Diesel engine exercise 14 12 mn
S39En Gasoline engine exercise 14 12 mn
       
S40 Technologie des cycles combinés 12 6 mn 50 s
S41En Single pressure combined cycle exercise 13 7 mn 50 s
S41He Exercice cycle combiné à TAG à hélium à un niveau de pression 13 8 mn
       
S45 Technologie des installations de cogénération 14 13 mn 40 s
S46En Micro-gas turbine cogeneration exercise 5 2 mn 30 s
S47En Industrial gas turbine cogeneration exercise 7 3 mn 40 s
       
ENR01 Conversion thermodynamique des énergies renouvelables 35 26 mn
       
S60 Généralités sur les piles à combustible 11 10 mn 30 s
S61 Modeling of a SOFC burning pure hydrogen 16 6 mn 20 s
S62 Advanced modeling of a SOFC burning pure hydrogen 16 8 mn
S63 Modeling of a methane SOFC 20 6 mn 20 s
S64 Reformage pour piles à combustible 34 17 mn 40 s
S65 Modélisation d'une pile à combustible PEMFC 16 7 mn 40 s
       
S71 Capture du CO2 par absorption dans du méthanol 26 13 mn 30 s
       
IT1En Introduction to the pinch method 12 11 mn
IT2En Thermal integration of the Gourlia example with Thermoptim 36 18 mn
IT3 Méthode d'optimisation systémique 27 14 mn 15 s
       
TAI Introduction au traitement de l'air humide 4 5 mn 10 s
TAPAH Propriétés de l'air humide 7 11 mn
TATAH Transformations de l'air humide 5 5 mn
TACLIM Climatisation 6 7 mn 45 s
       
  Problèmes énergétiques globaux    
S11 Filières énergétiques 12 11 mn
S15 Liens entre consommation d'énergie et activité économique 12 33 mn
S21 Situation énergétique mondiale 9 7 mn 30 s
S23 Problèmes énergétiques des pays en développement 19 24 mn
S25 Réserves et ressources 8 7 mn 30 s
S27 Marchés de l'énergie 14 16 mn
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