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<br />to- <br />C'l <br />~ <br />C\J <br /> <br />c: <br /> <br />CONTENTS <br /> <br />XI <br /> <br />CHAPTER III-NATURAL COOLING OF A SLAB, A SOLID <br />CYLINDER, AND A SOLID SPHERE-{;outinued <br /> <br />COOUNG OF A SOUD CYUNDER, UNIFORM INmAL TEMPERATURE <br />DISTRIBUTION, SURFACE AT ZERO TEMPERATURE <br />Section Pagt <br />44. Theory________________________________________________-"---- 72 <br />45. Example-solid cylinder with uniform initial temperature distribution, <br />surface maintained at zero temperature___________u____________ 75 <br /> <br />COOUNG OF A SOUD SPHERE, UNIFORM INITIAL TEMPERATURE <br />DISTRIBUTION, SURFACE AT ZERO TEMFERATURE <br /> <br />46, Theory________________________________________________------- 78 <br />47. Example-solid sphere with uniform initial temperature distribution, <br />surfa.ce maintained at zero temperature_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 82 <br /> <br />CHAPTER IV-DETERMINATION OF TEMPERATURES BY <br />GRAPHiCAL INTEGRATION <br /> <br />48. Ul$e of graphical integra.tioD_____________________________________ 87 <br />49. Temperatures near surface of dam_____u________________________ 87 <br />50. Example-temperatures by graphical integratioD___________________ 90 <br /> <br />CHAPTER V-LOSS OF HEAT FROM SURFACE OF LIFT <br /> <br />DISCUSSION <br /> <br />51, Theory________,_______________________________________------- 95 <br />52. Effect of type of cemenL_______u______________________________ 95 <br />53. Computation methods_ _ _ __ ____ __ _ _______ ___ _______ ____ _________ 96 <br />54. Example of superposition _ _ __ __ __ _ _ _ __ __ __ __. _ __ _ __ __ __ _ __ __ __ __ 97 <br /> <br />DEVEWPMENT OF FORMULAS <br /> <br />55. Loss from inert semi-infinite solid______________:.._______________._ 99 <br />56. Loss from inert lift_______________________u____________________ 102 <br />57. Loss from heat-generating lift___________________________________ 102 <br /> <br />USE OF FORMULAS <br /> <br />58. Suggestions for computation procedure__ __ __ __ _________ ______ ____ 104 <br />59. Example-loss of heat frolD surface of lifL________________________ 105 <br /> <br />CHAPTER VI-ARTIFICIAL COOLING BY WATER <br />FWWING IN EMBEDDED PIPES <br /> <br />MATHEMATICAL THEORY <br /> <br />60. Genera.l relations for an embedded-pipe system___ _ _ ____ _ ___ _ _~____ 109 <br />61. Temperature distribution in an infinite hollow cylinder_____________ 109 <br />62. Mean temperature of an infinite hollow cylinder___________________ 115 <br />63. Values of constants for O=IOOa___________________.__.____,._.___ 1I7 <br />