Membahas mengenai alat penukar panas jenis shell and tube
process engineering lab 2
Membahas mengenai alat penukar panas jenis shell and tubeFull description
alat penukar panas shell and tube
alat penukar panas shell and tube
test test
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test test
A heat exchanger is a device, which transfer internal thermal energy between two or more fluids at different temperature. Without this essential piece of equipment most industrial process would be ...
Descripción: Shell and tube heat exchanger cost estimate
Koefisien perpindahan panas menyatakan mudah atau tidaknya panas berpindah dari fluida panas ke fluida dingin dan juga menyatakan aliran panas menyeluruh sebagai gabungan proses konduksi dan konvek...
Report of Experiment Shell & Tube Heat ExchangerDescripción completa
teknik
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U-Tube Heat Exchanger
Heat exchangers are devices used to transfer heat between two or more fluid streams at different temperatures. A very serious problem in the mechanical design of heat exchangers is flow induced vib...
The heat exchanger selected for mechanical design is a fixed tube sheet type shell and tube heat exchanger. In this heat exchanger slop oil entering the tube side at 1450C is cooled to 500C …Descripción completa
A comparison study of heat exchanger design using two methods of approach of manual calculations and using HTRI Software.Deskripsi lengkap
The heat exchanger selected for mechanical design is a fixed tube sheet type shell and tube heat exchanger. In this heat exchanger slop oil entering the tube side at 1450C is cooled to 500C …Descrição completa
A heat exchangers of water is proposed with simplified model for the study of thermal analysis of shell-and-tubes. Shell and Tube heat exchangers are having special significance in boilers, …Full description
By:Reevu priyam adhikary & Soumya pritish
A Heat Exchanger is an equipment used for the efficient transfer of heat from one medium to another , using using either walls as a barrier barrier so that the mediums do not make any contact or they may be made made to be in direct contact to each other. The Heat Exchanger used by us for for the experiment experiment was of no contact type.
Objectives Working Principle Background Experimental Strategy Applications Sample calculation Results
To study the working principle To determine the heat exchanger efficiency and compare it against its theoretical value
Heat would be transferred from the hotter fluid to the colder one , such that the temperature at the hot fluid exit would be as close to that of the cold fluid as possible.
Shell and tube heat exchanger are one of the most common equipment found in all plants. How it works?
Measured Variables ◦
◦
◦
◦
◦
Hot water flow Hot water inlet temperature Hot water outlet temperature Cooling water flow Cooling water inlet temperature Cooling water outlet temperature
• • • •
1ST RUN
57.5
49.2
31.9
37.3
0.0211
0.0398
2ND RUN
57.9
48.5
32.0
35.6
0.0205
0.0452
Volume of water collected=1000 cm3 time taken for hot water= 47.3 s Mh=.0211kg/s
Time taken for cold water=25.1 s Mc=.0398 kg/s
R=(Thi -Tho)/(Tco-Tci) =1.54 P=(Tco-Tci)/(Thi-Tci) =0.21 From graph we get that F =0.95
Our sincere thanks to all the teachers, prof Amitava Dutta, Dr Ranjan Ganguly,prof Apurba Kumar Santra, mr. Atish Nandi ,mr Bireswar paul and Prakash Ghosh.