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Supplier: Dura-Line
Description: installations, and help minimize contact with the duct wall that reduces friction during cable pulling. Inside ribbed duct is available up to 6’ diameter conduit.
- Flexibility: Flexible Conduit
- Conduit Type: LFNC
- Material: Polyethylene / HDPE
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Supplier: Kuriyama of America, Inc.
Description: costs versus rubber or all-PVC hoses. Smooth Interior - Low friction inner surface allows for maximum flow. Cold Flex™ Materials - Hose remains flexible in sub-zero temperatures. Easy Slide Cover - Ribbed cover reduces friction between the hose and ground, allowing the hose to slide easily
- Inside Diameter: 1 inch
- Outside Diameter: 1.48 inch
- Working Pressure: 300 psi
- Temperature Range: 140 F
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Supplier: Kuriyama of America, Inc.
Description: costs versus rubber or all-PVC hoses. Smooth Interior - Low friction inner surface allows for maximum flow. Cold Flex™ Materials - Hose remains flexible in sub-zero temperatures. Easy Slide Cover - Ribbed cover reduces friction between the hose and ground, allowing the hose to slide easily
- Inside Diameter: 0.5 inch
- Outside Diameter: 0.815 inch
- Working Pressure: 300 psi
- Temperature Range: 140 F
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Supplier: Kuriyama of America, Inc.
Description: costs versus rubber or all-PVC hoses. Smooth Interior - Low friction inner surface allows for maximum flow. Cold Flex™ Materials - Hose remains flexible in sub-zero temperatures. Easy Slide Cover - Ribbed cover reduces friction between the hose and ground, allowing the hose to slide easily
- Inside Diameter: 1.25 inch
- Outside Diameter: 1.81 inch
- Working Pressure: 300 psi
- Temperature Range: 140 F
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Supplier: Kuriyama of America, Inc.
Description: costs versus rubber or all-PVC hoses. Smooth Interior - Low friction inner surface allows for maximum flow. Cold Flex™ Materials - Hose remains flexible in sub-zero temperatures. Easy Slide Cover - Ribbed cover reduces friction between the hose and ground, allowing the hose to slide easily
- Inside Diameter: 0.75 inch
- Outside Diameter: 1.22 inch
- Working Pressure: 300 psi
- Temperature Range: 140 F
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Enhancement of Convective Heat Transfer in Rib-roughened Rectangular Ducts
The cross-ribbed and parallel- ribbed ducts provide higher j/fapp than the swirl-qow tube (multiple-v- shaped ribs) and the cross-v-ribbed duct.
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Heat transfer augmentation in developing flow through a ribbed square duct
The results of ribbed duct are compared with the results of a smooth duct under the same experimental conditions.
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Forced convective heat transfer and pressure drop of air flowing in a rectangle duct with cross-ribs on the opposite walls
In order to compare the heat transfer performance of the cross- rib duct with the parallel-rib duct, experiments were also conducted for parallel-rib duct for the case of 45° cross angle (see Fig.3).
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Landolt-Börnstein
658 4922243 thermal transfer through ribs, in particular rib tubes (explanations and literature) 660 492225 heat transfer on umströmten bodies .
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Convective heat transfer in ribbed channels with a 180° turn
In the following, only some papers which deal with measurement of detailed convective heat transfer maps in ribbed ducts with a=45° or 60° will be considered.
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Simulation of power stations and fire boxes
436 4.7 simulation of the fluid flow about a rib tube .
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Problem of uniform views of the heating passage by the condensation on structured tubes. Difficulties of of uniform of Examination of Heat transfer for of Cond...
The calculation equations for the heat transfer are the heating atlas of the VDI by novel, closely and low berippten rib tubes not viably.
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Examination of the of Condensation of Pure Substances on a Horizontally Low‐Finned tube Bundle
It shows that the Inundation has no recognizable influence on the outer heat transfer coefficient of the investigated three tube series in the contrast to smooth tubes, by rib tubes .