About this document
Baffle Gap Impact on Heat Exchanger Effectiveness by Mita syantik is a document available to read on EtoBox.
The document summarizes research on the influence of baffle gap on the effectiveness of a shell and tube heat exchanger with helical baffles. It describes the components of shell and tube heat exchangers including tubes, tube sheets, shell, baffles, and more. Research found that a baffle gap of 4 cm led to the highest effectiveness of 39.86% and heat transfer rate of 4867.4 Watts, while a gap of 12 cm led to the lowest effectiveness of 29.59% and heat transfer rate of 3301.21 Watts. Having a smaller baffle
- Author
- Mita syantik
- Language
- EN