by heat quantity. Components of the shell-and-tube heat exchanger 1 Heat exchanger shell 2 Connection chamber 3 Guide chamber 4 Internal tubes 5 Tubesheets 6 Baffles 7 Apparatus seal However, an effective heat exchange can only take place if the temperature difference is sufficient. The greater the temperature difference, the smaller will be the.. Shell and tube heat exchangers are, simply put, a device that puts two working fluids in thermal contact using tubes housed within an outer cylindrical shell. These two integral pathways are usually built out of thermally conductive metals that allow easy heat transfer ( steel, aluminum alloys, etc.). The tubes carry a fluid from their inlet to.
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Table 2: Typical fluid Velocities in Shell and Tube Heat Exchanger Design Pressure Drop Consideration. Typical pressure drop values considered for shell and tube heat exchanger design are: For Liquids with Viscosity<1 mN-s/m 2, ΔP=35 kPa; For liquids with Viscosity=1 to 10 mN- s/m 2, ΔP= 50-70 kPa; Liquids without phase change= 70 kPa. The general principles of the mechanical design of the following types of exchangers are given in the Heat Exchanger Design Handbook (1994), and full descriptions of each, are given under the corresponding entries in this encyclopedia: Shell and Tube Exchangers. Air Cooled Exchangers. Plate Type Exchangers. Plate Fin Type Exchangers.
