ANALISA EFEKTIVITAS ALAT PENUKAR KALOR JENIS SHELL AND TUBE HASIL PERENCANAAN MAHASISWA SKALA LABORATORIUM

Authors

  • Saut Siagian Fakultas Teknik, UPN ”Veteran” Jakarta, Jakarta Selatan, Indonesia

DOI:

https://doi.org/10.54378/bt.v12i2.75

Keywords:

Heat exchanger, shell and tube, constant thermal loads

Abstract

Heat exchanger is a means of heat transfer from the fluid temperature is higher to a fluid other
temperature is lower, in which the heat exchanger is one tool that is often found in industries such
as thermal power plant, machinery chemical processes, equipment air conditioner, refrigerator,
radiators etc. The design of the exchanger draw string shell and tube is planned using two fluids
are cold fluid (water) in tempratur (Tco = 37 ° C) with a flow rate past the fluid (mc = 0.122 kg / s)
and the hot fluid (oil) on tempratur (Thi = 47 ° C) with a flow rate past the fluid (mh = 0.075 kg /
s) in which the operation of Heat exchanger will be operated on a thermal load constant that is
equal to 5100 watts, then in in the planning of found the number of tube of Heat exchanger was 37
pieces with effectiveness of Heat exchanger result of the design is 62%.

References

Ramesh K. Sahah and Dusan P Sekulic2003.

Fundamentals of Heat Exchenger Desing. John

Wiley & Son,INC.Hoboken, New Jersey.

Ricahard. C. Byrne. 2000. Standard ofthe

Turbular Excharnger ManufacturesAssociation,

standards of the Turbular Exchanger Manufacture

Assocition,INC. New York,.

Keith Escoe, A., Mechanical Design ofProcess

Systems, vol. 2, Gulf Pub.Company, Houston

Texas, 1986.

Soekardi. C. April 2001. Prediksi karakteristik

termal sebuah penukarkalor dampak pemilihan

faktor pengotoran konstan, Poros, 4 No 2, 141-150.

Soekardi.C. April 2002. Implikasi Perancangan

Sebuah penukar kalor dengan faktor Pengotoran

dan fungsi waktu terhadap kinerjanya pada kondisi

operasi beban thermal konstan, Poros,Vol. 5. NO.

p. 129-137.

Thurmarimurungan M. 2006. Performance

Analysis of Shell and Tube Heat Exchanger

Using Miscedle System. American Journal of

Applied Sciences.

Yulianto S. 2010. Analisa Perancangan Alat

Pendingin Jenis Shell And Tube Dengan

Cleaning Interval yang Bervariasi. Tesis Program

Studi Teknik Mesin Universitas Pancasila

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Published

2017-08-02

Issue

Vol. 12 No. 2 (2016): Bina Teknika

Section

Articles

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