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Pillow Plate Heat Exchangers – Investigation of Flow Characteristics and Wetting Behavior at Single‐Flow Conditions
Experimental and theoretical results on the flow pattern and film thickness of liquid falling films on the outside of a vertical pillow‐type plate heat exchanger are presented. With the experimental setup, the wetting of a pillow plate and the local film thickness can be determined. The calculated mean film thickness is compared to literature data with an experimental investigation of a flat plate to assess the presented evaluation technique. Correlations for the mean film thickness on a flat plate and a pillow plate are given. The minimum flow rate per wetted length for a pillow plate is investigated.
Pillow Plate Heat Exchangers – Investigation of Flow Characteristics and Wetting Behavior at Single‐Flow Conditions
Experimental and theoretical results on the flow pattern and film thickness of liquid falling films on the outside of a vertical pillow‐type plate heat exchanger are presented. With the experimental setup, the wetting of a pillow plate and the local film thickness can be determined. The calculated mean film thickness is compared to literature data with an experimental investigation of a flat plate to assess the presented evaluation technique. Correlations for the mean film thickness on a flat plate and a pillow plate are given. The minimum flow rate per wetted length for a pillow plate is investigated.
Pillow Plate Heat Exchangers – Investigation of Flow Characteristics and Wetting Behavior at Single‐Flow Conditions
Siebeneck, Karl (author) / Popov, Wjatscheslaw (author) / Stefanak, Tobias (author) / Scholl, Stephan (author)
Chemie Ingenieur Technik ; 87 ; 235-243
2015-03-01
9 pages
Article (Journal)
Electronic Resource
English
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