6.11. TransistorFigure 6.12. Results of the temperature evolving at the initial stateFigure 6.13. Results of the temperature evolving after 30 secondsFigure 6.14. Results of the temperature evolving after 60 secondsFigure 6.15. Results of the temperature evolving after 105 secondsFigure 6.16. Results of the temperature evolving after 240 secondsFigure 6.17. Results of the temperature evolving at the end of our study (T=300 ...Figure 6.18. Evolution of the temperature according to time for the central node...Figure 6.19. Model for the thermal studyFigure 6.20. Geometry of our meshed modelFigure 6.21. Model under loadsFigure 6.22. Temperature distribution in the ovenFigure 6.23. Thermal fluxes present in the walls of the ovenFigure 6.24. Graph representing the variation in temperature according to the se...Figure 6.25. Geometry studied: a reservoir intersected by a tubeFigure 6.26. Quarter geometryFigure 6.27. Meshed geometry with a fine mesh (level size = 1)Figure 6.28. Modeling loads on our model (with arrows)Figure 6.29. Temperature distribution in our systemFigure 6.30. Distribution of heat flux vectors at the intersection between the r...Figure 6.31. Construction of the cylinder on a 3D model using ANSYS WorkbenchFigure 6.32. Mesh of the cylinderFigure 6.33. Application of the study conditions on the cylinderFigure 6.34. Results of temperatures in stationary thermics on the cylinderFigure 6.35. Results of the directional heat fluxes in thermal stationary on the...Figure 6.36. Construction of a puck on a 3D model from ANSYS Workbench. The view...Figure 6.37. Applying convection on the puckFigure 6.38. Results in transitory thermal obtained on the puck after 30 secondsFigure 6.39. Results in transitory thermal obtained on the puck after 10,000 sec...Figure 6.40. Temperature results in thermal transitory on the thermal exchangerFigure 6.41. Results of heat flux in thermal transitory on the thermal exchangerFigure 6.42. Parameterizing of a heat flux to simulate the heat extricated by an...Figure 6.43. Parameterizing a convectionFigure 6.44. Parameterizing the radiationFigure 6.45. Development of a mesh with ANSYS WorkbenchFigure 6.46. Temperature versus time for a simulation without a PCMFigure 6.47. Temperature results for the hydrated PCM salt with a heat flux of 1...Figure 6.48. Representation of heat on the thermal exchanger (seen from below)Figure 6.49. Representation of heat on the thermal exchanger seen from above)Figure 6.50. Temperature results for paraffin as a MCP with a heat flux of 1,200...Figure 6.51. Graphical representation of the different heat fluxes applied for h...Figure 6.52. Graphical representation of the different heat fluxes applied for p...Figure 6.53. Comparison of the three models
Guide
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Cover
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Table of Contents
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Title Page
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Copyright
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Preface
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Introduction
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Begin Reading
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Appendix: G0−λT Function Table
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References
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Index
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End User License Agreement
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