Settati et al 2021a - Revision history

Scipediacontent at 08:19, 12 March 2021

2021-03-12T08:19:34Z

Scipediacontent at 08:18, 12 March 2021

2021-03-12T08:18:42Z

Scipediacontent at 08:17, 12 March 2021

2021-03-12T08:17:30Z

Scipediacontent: Scipediacontent moved page Draft Content 859534330 to Settati et al 2021a

2021-03-11T16:47:04Z

Scipediacontent moved page Draft Content 859534330 to Settati et al 2021a

Scipediacontent: Created page with "== Abstract == This study focuses on investigating the effect of protruding branching duct on laminar fluid field in 90 == Full document == Media:Draft_Content_85953433..."

2021-03-11T16:47:01Z

Created page with "== Abstract == This study focuses on investigating the effect of protruding branching duct on laminar fluid field in 90 == Full document == <pdf>Media:Draft_Content_85953433..."

New page

== Abstract ==

This study focuses on investigating the effect of protruding branching duct on laminar fluid field in 90

== Full document ==
<pdf>Media:Draft_Content_859534330p6081.pdf</pdf>

@@ Line 1: / Line 1: @@
 == Abstract ==
-This study focuses on investigating the effect of protruding branching duct on laminar fluid field in 90◦ dividing pipe junction of mini heat exchanger. The ducts under study, main and branch side, are of minichannel scale where the corresponding diameters are 3.96 and 1.6 mm respectively. First, numerical validations are given based on the experimental measurements of Cho et al. [1] for the case of non-protruding branching duct (h=0, β	&#8800;0) and also comparing with Poiseuille flow for nonprotruding case with no flow in the branch side (h=0, β=0) where good agreements were found in each case. Second, the degree of protrusion in pipe branching duct is characterized studying and analyzing two cases of protrusions (h = D1/4 and h = D1/2). The effects of branching flow rate ratio β on local pressure changes and the velocity profile are presented and examined in both main and branching ducts.
+This study focuses on investigating the effect of protruding branching duct on laminar fluid field in 90◦ dividing pipe junction of mini heat exchanger. The ducts under study, main and branch side, are of minichannel scale where the corresponding diameters are 3.96 and 1.6 mm respectively. First, numerical validations are given based on the experimental measurements of Cho et al. [1] for the case of non-protruding branching duct (h=0, β	&#8800;0) and also comparing with Poiseuille flow for nonprotruding case with no flow in the branch side (h=0, β=0) where good agreements were found in each case. Second, the degree of protrusion in pipe branching duct is characterized studying and analyzing two cases of protrusions (h = D<sub>1</sub>/4 and h = D<sub>1</sub>/2). The effects of branching flow rate ratio β on local pressure changes and the velocity profile are presented and examined in both main and branching ducts.
-Finally, the influence of the extent of protruded branch on velocity field and the local pressure drop are documented as expected. The results shown a strong effect of protrusion on hydrodynamic flow
+Finally, the influence of the extent of protruded branch on velocity field and the local pressure drop are documented as expected. The results shown a strong effect of protrusion on hydrodynamic flow.
 == Full document ==
 <pdf>Media:Draft_Content_859534330p6081.pdf</pdf>

@@ Line 1: / Line 1: @@
 == Abstract ==
-This study focuses on investigating the effect of protruding branching duct on laminar fluid field in 90◦ dividing pipe junction of mini heat exchanger. The ducts under study, main and branch side, are of minichannel scale where the corresponding diameters are 3.96 and 1.6 mm respectively. First, numerical validations are given based on the experimental measurements of Cho et al. [1] for the case of non-protruding branching duct (h=0, β 6=0) and also comparing with Poiseuille flow for nonprotruding case with no flow in the branch side (h=0, β=0) where good agreements were found in each case. Second, the degree of protrusion in pipe branching duct is characterized studying and analyzing two cases of protrusions (h = D1/4 and h = D1/2). The effects of branching flow rate ratio β on local pressure changes and the velocity profile are presented and examined in both main and branching ducts.
+This study focuses on investigating the effect of protruding branching duct on laminar fluid field in 90◦ dividing pipe junction of mini heat exchanger. The ducts under study, main and branch side, are of minichannel scale where the corresponding diameters are 3.96 and 1.6 mm respectively. First, numerical validations are given based on the experimental measurements of Cho et al. [1] for the case of non-protruding branching duct (h=0, β	&#8800;0) and also comparing with Poiseuille flow for nonprotruding case with no flow in the branch side (h=0, β=0) where good agreements were found in each case. Second, the degree of protrusion in pipe branching duct is characterized studying and analyzing two cases of protrusions (h = D1/4 and h = D1/2). The effects of branching flow rate ratio β on local pressure changes and the velocity profile are presented and examined in both main and branching ducts.
 Finally, the influence of the extent of protruded branch on velocity field and the local pressure drop are documented as expected. The results shown a strong effect of protrusion on hydrodynamic flow
 == Full document ==
 <pdf>Media:Draft_Content_859534330p6081.pdf</pdf>

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