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ANSYS inc cfd post
Wall shear stress in semi-circular channels simulated with water. Computational fluid dynamics <t>(CFD)</t> results showing wall shear stress (WSS) at the top and bottom of the semi-circular in the control (A–C), 30% stenosis (D–F), 60% stenosis (G–I) and 80% stenosis (J–L) models. Colour scales at the top of the images in (A)–(H) represent a WSS range between 0.0–2.0 Pa (0.0–20 dyn cm −2 ), while in (J and K) the scale ranges from 0.0–18.1 Pa (0.0–181 dyn cm −2 ). In (C, F, I and L) the x axis indicates the different regions of the channel: upstream (U; 7 mm), stenosis (S; 11 mm), <t>post-stenotic</t> dilatation (PSD; 13.5 mm), downstream 1 (D1; 18 mm) and downstream 2 (D2; 22.5 mm). All simulations were performed in CFX (Ansys, Inc.), using an inlet velocity of 60.2 mm s −1 (0.5 L h −1 ) and outlet pressure of 0.097 kPa.
Cfd Post, supplied by ANSYS inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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1) Product Images from "3D modelling of pulmonary arterial stenosis and endothelial dysfunction in CTEPH † "

Article Title: 3D modelling of pulmonary arterial stenosis and endothelial dysfunction in CTEPH †

Journal: Lab on a Chip

doi: 10.1039/d5lc00300h

Wall shear stress in semi-circular channels simulated with water. Computational fluid dynamics (CFD) results showing wall shear stress (WSS) at the top and bottom of the semi-circular in the control (A–C), 30% stenosis (D–F), 60% stenosis (G–I) and 80% stenosis (J–L) models. Colour scales at the top of the images in (A)–(H) represent a WSS range between 0.0–2.0 Pa (0.0–20 dyn cm −2 ), while in (J and K) the scale ranges from 0.0–18.1 Pa (0.0–181 dyn cm −2 ). In (C, F, I and L) the x axis indicates the different regions of the channel: upstream (U; 7 mm), stenosis (S; 11 mm), post-stenotic dilatation (PSD; 13.5 mm), downstream 1 (D1; 18 mm) and downstream 2 (D2; 22.5 mm). All simulations were performed in CFX (Ansys, Inc.), using an inlet velocity of 60.2 mm s −1 (0.5 L h −1 ) and outlet pressure of 0.097 kPa.
Figure Legend Snippet: Wall shear stress in semi-circular channels simulated with water. Computational fluid dynamics (CFD) results showing wall shear stress (WSS) at the top and bottom of the semi-circular in the control (A–C), 30% stenosis (D–F), 60% stenosis (G–I) and 80% stenosis (J–L) models. Colour scales at the top of the images in (A)–(H) represent a WSS range between 0.0–2.0 Pa (0.0–20 dyn cm −2 ), while in (J and K) the scale ranges from 0.0–18.1 Pa (0.0–181 dyn cm −2 ). In (C, F, I and L) the x axis indicates the different regions of the channel: upstream (U; 7 mm), stenosis (S; 11 mm), post-stenotic dilatation (PSD; 13.5 mm), downstream 1 (D1; 18 mm) and downstream 2 (D2; 22.5 mm). All simulations were performed in CFX (Ansys, Inc.), using an inlet velocity of 60.2 mm s −1 (0.5 L h −1 ) and outlet pressure of 0.097 kPa.

Techniques Used: Shear, Control

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Article Snippet: We performed hemodynamic parameter analysis using CFD-POST 19.2 (ANSYS Corporation, Canonsburg, PA, USA).

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Article Snippet: This is a PDF file of an article that has undergone enhancements after acceptance, such as the addition of a cover page and metadata, and formatting for readability, but it is not yet the definitive version of record.. This version will undergo additional copyediting, typesetting and review before it is published in its final form, but we are providing this version to give early visibility of the article.. Please note that, during the production process, errors may be discovered which could affect the content, and all legal disclaimers that apply to the journal pertain.



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Wall shear stress in semi-circular channels simulated with water. Computational fluid dynamics <t>(CFD)</t> results showing wall shear stress (WSS) at the top and bottom of the semi-circular in the control (A–C), 30% stenosis (D–F), 60% stenosis (G–I) and 80% stenosis (J–L) models. Colour scales at the top of the images in (A)–(H) represent a WSS range between 0.0–2.0 Pa (0.0–20 dyn cm −2 ), while in (J and K) the scale ranges from 0.0–18.1 Pa (0.0–181 dyn cm −2 ). In (C, F, I and L) the x axis indicates the different regions of the channel: upstream (U; 7 mm), stenosis (S; 11 mm), <t>post-stenotic</t> dilatation (PSD; 13.5 mm), downstream 1 (D1; 18 mm) and downstream 2 (D2; 22.5 mm). All simulations were performed in CFX (Ansys, Inc.), using an inlet velocity of 60.2 mm s −1 (0.5 L h −1 ) and outlet pressure of 0.097 kPa.
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Wall shear stress in semi-circular channels simulated with water. Computational fluid dynamics <t>(CFD)</t> results showing wall shear stress (WSS) at the top and bottom of the semi-circular in the control (A–C), 30% stenosis (D–F), 60% stenosis (G–I) and 80% stenosis (J–L) models. Colour scales at the top of the images in (A)–(H) represent a WSS range between 0.0–2.0 Pa (0.0–20 dyn cm −2 ), while in (J and K) the scale ranges from 0.0–18.1 Pa (0.0–181 dyn cm −2 ). In (C, F, I and L) the x axis indicates the different regions of the channel: upstream (U; 7 mm), stenosis (S; 11 mm), <t>post-stenotic</t> dilatation (PSD; 13.5 mm), downstream 1 (D1; 18 mm) and downstream 2 (D2; 22.5 mm). All simulations were performed in CFX (Ansys, Inc.), using an inlet velocity of 60.2 mm s −1 (0.5 L h −1 ) and outlet pressure of 0.097 kPa.
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Wall shear stress in semi-circular channels simulated with water. Computational fluid dynamics <t>(CFD)</t> results showing wall shear stress (WSS) at the top and bottom of the semi-circular in the control (A–C), 30% stenosis (D–F), 60% stenosis (G–I) and 80% stenosis (J–L) models. Colour scales at the top of the images in (A)–(H) represent a WSS range between 0.0–2.0 Pa (0.0–20 dyn cm −2 ), while in (J and K) the scale ranges from 0.0–18.1 Pa (0.0–181 dyn cm −2 ). In (C, F, I and L) the x axis indicates the different regions of the channel: upstream (U; 7 mm), stenosis (S; 11 mm), <t>post-stenotic</t> dilatation (PSD; 13.5 mm), downstream 1 (D1; 18 mm) and downstream 2 (D2; 22.5 mm). All simulations were performed in CFX (Ansys, Inc.), using an inlet velocity of 60.2 mm s −1 (0.5 L h −1 ) and outlet pressure of 0.097 kPa.
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Wall shear stress in semi-circular channels simulated with water. Computational fluid dynamics <t>(CFD)</t> results showing wall shear stress (WSS) at the top and bottom of the semi-circular in the control (A–C), 30% stenosis (D–F), 60% stenosis (G–I) and 80% stenosis (J–L) models. Colour scales at the top of the images in (A)–(H) represent a WSS range between 0.0–2.0 Pa (0.0–20 dyn cm −2 ), while in (J and K) the scale ranges from 0.0–18.1 Pa (0.0–181 dyn cm −2 ). In (C, F, I and L) the x axis indicates the different regions of the channel: upstream (U; 7 mm), stenosis (S; 11 mm), <t>post-stenotic</t> dilatation (PSD; 13.5 mm), downstream 1 (D1; 18 mm) and downstream 2 (D2; 22.5 mm). All simulations were performed in CFX (Ansys, Inc.), using an inlet velocity of 60.2 mm s −1 (0.5 L h −1 ) and outlet pressure of 0.097 kPa.
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Wall shear stress in semi-circular channels simulated with water. Computational fluid dynamics <t>(CFD)</t> results showing wall shear stress (WSS) at the top and bottom of the semi-circular in the control (A–C), 30% stenosis (D–F), 60% stenosis (G–I) and 80% stenosis (J–L) models. Colour scales at the top of the images in (A)–(H) represent a WSS range between 0.0–2.0 Pa (0.0–20 dyn cm −2 ), while in (J and K) the scale ranges from 0.0–18.1 Pa (0.0–181 dyn cm −2 ). In (C, F, I and L) the x axis indicates the different regions of the channel: upstream (U; 7 mm), stenosis (S; 11 mm), <t>post-stenotic</t> dilatation (PSD; 13.5 mm), downstream 1 (D1; 18 mm) and downstream 2 (D2; 22.5 mm). All simulations were performed in CFX (Ansys, Inc.), using an inlet velocity of 60.2 mm s −1 (0.5 L h −1 ) and outlet pressure of 0.097 kPa.
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Wall shear stress in semi-circular channels simulated with water. Computational fluid dynamics <t>(CFD)</t> results showing wall shear stress (WSS) at the top and bottom of the semi-circular in the control (A–C), 30% stenosis (D–F), 60% stenosis (G–I) and 80% stenosis (J–L) models. Colour scales at the top of the images in (A)–(H) represent a WSS range between 0.0–2.0 Pa (0.0–20 dyn cm −2 ), while in (J and K) the scale ranges from 0.0–18.1 Pa (0.0–181 dyn cm −2 ). In (C, F, I and L) the x axis indicates the different regions of the channel: upstream (U; 7 mm), stenosis (S; 11 mm), <t>post-stenotic</t> dilatation (PSD; 13.5 mm), downstream 1 (D1; 18 mm) and downstream 2 (D2; 22.5 mm). All simulations were performed in CFX (Ansys, Inc.), using an inlet velocity of 60.2 mm s −1 (0.5 L h −1 ) and outlet pressure of 0.097 kPa.
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Wall shear stress in semi-circular channels simulated with water. Computational fluid dynamics <t>(CFD)</t> results showing wall shear stress (WSS) at the top and bottom of the semi-circular in the control (A–C), 30% stenosis (D–F), 60% stenosis (G–I) and 80% stenosis (J–L) models. Colour scales at the top of the images in (A)–(H) represent a WSS range between 0.0–2.0 Pa (0.0–20 dyn cm −2 ), while in (J and K) the scale ranges from 0.0–18.1 Pa (0.0–181 dyn cm −2 ). In (C, F, I and L) the x axis indicates the different regions of the channel: upstream (U; 7 mm), stenosis (S; 11 mm), <t>post-stenotic</t> dilatation (PSD; 13.5 mm), downstream 1 (D1; 18 mm) and downstream 2 (D2; 22.5 mm). All simulations were performed in CFX (Ansys, Inc.), using an inlet velocity of 60.2 mm s −1 (0.5 L h −1 ) and outlet pressure of 0.097 kPa.
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Image Search Results


Wall shear stress in semi-circular channels simulated with water. Computational fluid dynamics (CFD) results showing wall shear stress (WSS) at the top and bottom of the semi-circular in the control (A–C), 30% stenosis (D–F), 60% stenosis (G–I) and 80% stenosis (J–L) models. Colour scales at the top of the images in (A)–(H) represent a WSS range between 0.0–2.0 Pa (0.0–20 dyn cm −2 ), while in (J and K) the scale ranges from 0.0–18.1 Pa (0.0–181 dyn cm −2 ). In (C, F, I and L) the x axis indicates the different regions of the channel: upstream (U; 7 mm), stenosis (S; 11 mm), post-stenotic dilatation (PSD; 13.5 mm), downstream 1 (D1; 18 mm) and downstream 2 (D2; 22.5 mm). All simulations were performed in CFX (Ansys, Inc.), using an inlet velocity of 60.2 mm s −1 (0.5 L h −1 ) and outlet pressure of 0.097 kPa.

Journal: Lab on a Chip

Article Title: 3D modelling of pulmonary arterial stenosis and endothelial dysfunction in CTEPH †

doi: 10.1039/d5lc00300h

Figure Lengend Snippet: Wall shear stress in semi-circular channels simulated with water. Computational fluid dynamics (CFD) results showing wall shear stress (WSS) at the top and bottom of the semi-circular in the control (A–C), 30% stenosis (D–F), 60% stenosis (G–I) and 80% stenosis (J–L) models. Colour scales at the top of the images in (A)–(H) represent a WSS range between 0.0–2.0 Pa (0.0–20 dyn cm −2 ), while in (J and K) the scale ranges from 0.0–18.1 Pa (0.0–181 dyn cm −2 ). In (C, F, I and L) the x axis indicates the different regions of the channel: upstream (U; 7 mm), stenosis (S; 11 mm), post-stenotic dilatation (PSD; 13.5 mm), downstream 1 (D1; 18 mm) and downstream 2 (D2; 22.5 mm). All simulations were performed in CFX (Ansys, Inc.), using an inlet velocity of 60.2 mm s −1 (0.5 L h −1 ) and outlet pressure of 0.097 kPa.

Article Snippet: All results files were post-processed and analysed in CFD POST (Ansys, Inc.).

Techniques: Shear, Control