HTFS+说明.doc

HTFS+换热器类型及可用的管件与壳侧支撑Tasc+ Front Head A B C D NShellE F G H J I K 、X-crossflow 、Double pipe、Multi-tube hairpinRear Head L M N P S T U W壳侧结构 单弓、双弓、无折流板、折流杆传热管类型 plain、 Lowfin 、longitudinal fin、KHT Twist TubeHetran & TeamsFront Head A B C D NShellE F G H J J K 、X-crossflow 、V(蒸发器)Rear Head L M N P S T U W壳侧结构 单弓、双弓、三弓、窗口无管单弓板、“整圆形板”、无折流板、折流杆、网状板传热管类型 plain、 finnedTube、HPT 26、28、30、36、43 ；Wolverine 19、26、40 Wolverine Tubro B MHT/LPD、TubroB II 、Tubro C MHT/LPD、TubroC II Wolverine korodense MHT/LPD (Note：HPT 热管、TubroB 系列为蒸发管、Tubro C 系列为冷凝管、MHT: 最大传热性能、 LPD: 最小压降性能、)Acol+ Fintype：Integral、G-fin (embedded) (default)、Modified G-fin、L-finned、Bi-metallic or extruded、Shoulder-grooved、Tube-in-plate 、Plain tubes 、Serrated fins 、Low fins （Circular studs、Rectangular studs、Elliptical studs、Lenticular studs、Chamfered studs）AerotranFintype： Extruded fins、L-type、U-type、I-type、L-type tension wrapped fins、L-type tension overlapped fins、Embedded fins、Extruded sleeve fins、Metal coated fins、Plate fins = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = =Condensation Curve Calculation Method Type1）Ideal - correlations for ideal mixtures.2）Soave-Redlich-Kwong, Peng-Robinson, and Chao-Seader - correlations for non-ideal mixtures which do not require interaction parameters. 实际气体状态方程(陈则韶-工等工程热力学Page101提及)3）Uniquac, Van Laar, Wilson, and NRTL - correlations for non-ideal mixtures which require interaction parameters. 活度因子关联式(胡英-物理化学上册Page150提及)此种方式需要交互式操作。=Condensation/Vaporization Curve Calculation Type凝结/蒸发曲线计算类型1）Integral condensation 整体式凝结 凝结液留在蒸汽中被带走(默认设置)水平换热器管侧凝结与竖直换热器壳侧凝结、水平换热器X型壳侧凝结属于此种方式。E J型管壳换热器凝结方式介于两者之间通常默认用整体式凝结2）differential condensation 分离式凝结 凝结液被从蒸汽中分离出来。如Knockback型凝汽器。=Vaporizer type 蒸发类型 ： Pool boiling、Thermosiphon、Forced circulation、Falling film=film coefficient THERMODYNAMICS For a fluid confined in a vessel, the rate of flow of heat out of the fluid, per unit area of vessel wall divided by the difference between the temperature in the interior of the fluid and the temperature at the surface of the wall