Abdelkhalak El Hami - Heat Transfer 2

Figure 6.9. Model using ANSYS with loads and conditionsFigure 6.10. Result of mixing conditions (convection/conduction/isolation)Figure 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

1 Cover

2 Table of Contents

3 Title Page Mathematical and Mechanical Engineering Set coordinated by Abdelkhalak El Hami Volume 10

4 Copyright First published 2021 in Great Britain and the United States by ISTE Ltd and John Wiley & Sons, Inc. Apart from any fair dealing for the purposes of research or private study, or criticism or review, as permitted under the Copyright, Designs and Patents Act 1988, this publication may only be reproduced, stored or transmitted, in any form or by any means, with the prior permission in writing of the publishers, or in the case of reprographic reproduction in accordance with the terms and licenses issued by the CLA. Enquiries concerning reproduction outside these terms should be sent to the publishers at the undermentioned address: ISTE Ltd 27-37 St George’s Road London SW19 4EU UK www.iste.co.uk John Wiley & Sons, Inc. 111 River Street Hoboken, NJ 07030 USA www.wiley.com © ISTE Ltd 2021 The rights of Michel Ledoux and Abdelkhalak El Hami to be identified as the authors of this work have been asserted by them in accordance with the Copyright, Designs and Patents Act 1988. Library of Congress Control Number: 2020949611 British Library Cataloguing-in-Publication Data A CIP record for this book is available from the British Library ISBN 978-1-78630-517-6

5 Preface

6 Introduction

7 Begin Reading

8 Appendix: G0−λT Function Table

9 References

10 Index

11 End User License Agreement

1 v

2 iii

3 iv

4 ix

5 x

6 xi

7 xiii

8 xiv

9 xv

10 xvi

11 xvii

12 xviii

13 xix

14 xx

15 xxi

16 xxii

17 1

18 2

19 3

20 4

21 5

22 6

23 7

24 8

25 9

26 10

27 11

28 12

29 13

30 14

31 15

32 16

33 17

34 18

35 19

36 20

37 21

38 22

39 23

40 24

41 25

42 26

43 27

44 28

45 29

46 30

47 31

48 32

49 33

50 34

51 35

52 36

53 37

54 38

55 39

56 40

57 41

58 42

59 43

60 44

61 45

62 46

63 47

64 48

65 49

66 50

67 51

68 52

69 53

70 54

71 55

72 56

73 57

74 58

75 59

76 60

77 61

78 62

79 63

80 64

81 65

82 66

83 67

84 68

85 69

86 70

87 71

88 72

89 73

90 74

91 75

92 76

93 77

94 78

95 79

96 80

97 81

98 82

99 83

100 84

101 85

102 86

103 87

104 88

105 89

106 90

107 91

108 92

109 93

110 94

111 95

112 96

113 97

114 98

115 99

116 100

117 101

118 102

119 103

120 104

121 105

122 106

123 107

124 108

125 109

126 110

127 111

128 112

129 113

130 114

131 115

132 116

133 117

134 118

135 119

136 120

137 121

138 122

139 123

140 124

141 125

142 126

143 127

144 128

145 129

146 130

147 131

148 132

149 133

150 134

151 135

152 136

153 137

154 138

155 139

156 140

157 141

158 142

159 143

160 144

161 145

162 146

163 147

164 148

165 149

166 150

167 151

168 152

169 153

170 154

171 155

172 156

173 157

174 158

175 159

176 160

177 161

178 162

179 163

180 164

181 165

182 166

183 167

184 169

185 170

186 171

187 172

188 173

189 174

190 175

191 176

192 177

193 178

194 179

195 180

196 181

197 182

198 183

199 184

200 185

201 186

202 187

203 188

204 189

205 190

206 191

207 192

208 193

209 194

210 195

211 196

212 197

213 198

214 199

215 200

216 201

217 202

218 203

219 204

220 205

221 206

222 207

223 208

224 209

225 210

226 211

227 212

228 213

229 214

230 215

231 217

232 218

233 219

234 220

235 221

236 223

237 224

238 225

239 226

240 227

241 228

242 229

243 230

244 231

245 232

246 233

247 234

248 235

Mathematical and Mechanical Engineering Set

coordinated by

Abdelkhalak El Hami

Volume 10

Michel Ledoux

Читать дальше