[GiDlist] Vertical Bars in GiD (2D Model)

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Yaman Sami Shareef Al-Kamaki

[GiDlist] Vertical Bars in GiD (2D Model)

Post by Yaman Sami Shareef Al-Kamaki »

Hi thers..., The Geometry of Reinforcement Bars will be defined only by lines (from Part- 4-6) page 27. So in case of 2D model, how one can put bars and stirrups in a column for (Axi-Symmetric Analysis Element), I mean the definition will be only by lines our one can convert the area of all vertical bars to a thickness (ts) as : (ts = Ast/2*pi*rs)?


Best Regards


Yaman Sami Shareef Al-kamaki
Swinburne University of Technology
(CRICOS Provider 00111D)
Victoria - Melbourne - Australia
Mob. Australia 0413 427 1 61
Reber World 066 212 83 91
Address: 104 / 41-43 Park Street, Hawthorn , VIC 3122
Box_File_No. DD-06
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escolano
Posts: 1918
Joined: Sun Sep 05, 1982 10:51 pm

[GiDlist] Vertical Bars in GiD (2D Model)

Post by escolano »

Dear Yaman,

This question is related to the problemtype that you ar using (RamSeries/CompassFEM maybe?)
We don't know what is the manual you talk "(from Part- 4-6) page 27"
You must ask the question to the solver developers, not to the GiD developers.

In any case, in my opinion, if do you want to simulate a 3D column with reinforcement bars simplified as an axisymetric case,
then you must consider the same amount of steel distributed as a continuous 'reinforcement ring' with a thickness that provide the same steel area (as you said ts = Ast/2*pi*rs)

Enrique Escolano
----- Original Message -----
From: Yaman Sami Shareef Al-Kamaki
To: gidlist at listas.cimne.upc.edu
Sent: Friday, April 13, 2012 8:29 AM
Subject: [GiDlist] Vertical Bars in GiD (2D Model)


Hi thers..., The Geometry of Reinforcement Bars will be defined only by lines (from Part- 4-6) page 27. So in case of 2D model, how one can put bars and stirrups in a column for (Axi-Symmetric Analysis Element), I mean the definition will be only by lines our one can convert the area of all vertical bars to a thickness (ts) as : (ts = Ast/2*pi*rs)?

Best Regards


Yaman Sami Shareef Al-kamaki
Swinburne University of Technology
(CRICOS Provider 00111D)
Victoria - Melbourne - Australia
Mob. Australia 0413 427 1 61
Reber World 066 212 83 91
Address: 104 / 41-43 Park Street, Hawthorn , VIC 3122
Box_File_No. DD-06


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