Abaqus simulation software for civil engineering

Abstract

Abaqus is a software suite for finite element analysis and computer-aided engineering. Finite Element Analysis is a computerized method for predicting how a product reacts to real-world forces, vibrations, fluid flow, and other physical effects. Abaqus software developed by 3ds Dassault Systems. Abaqus is well-known software based on FEM and used in automotive, aerospace, construction, and industrial products industries.

Abaqus online course helps you to get complete knowledge about this simulation software.

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Abaqus
for Civil
Engineering
B e s t c i v i l e n g in e e r i n g s o f t w a r e
B y P I G S O L e a r n i n g

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Abaqus for Civil Engineering
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

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•Finite Element software
•Abaqus is well known software based on FEM and
used in automove, aerospace, construcon and
industrial products industries
•Solve complex civil engineering problems like multi
purpose problems, nonlinear dynamic problems,
changed boundary conditions.
•Applicable to all branches of civil engineering
( structural engineering, geotechnical engineering,
transportation engineering etc. )
Importance of ABAQUS software
in Civil Engineering


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Model failure & concrete damage in structures
Frequency & Vibraon Analysis
Earthquake Analysis including Damage
Steel Structure Contact Analysis
Wind Loading Analysis
Heat transfer Analysis
Structural engineering


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!!
•Two main solvers for structural simulation:
" #$%
" #$%&
Structural engineering


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''
For Abaqus standard -
•(%)*+*,-+
•./,+$
,
For Abaqus explicit -
•(01+*
•./,2+
/,3
Structural simulations


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Complete &nite-element analysis in ABAQUS software consists of 3
separate stages:
" -
" 5+
" -*6**"1
5
Finite element analysis


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Analysis of geotechnical problem is rather complex due to
stress dependent material behavior and varying stiffness for
loading and unloading conditions
Soil structure interaction
Slope stability analysis
Stress- deformation , seepage, heat transfer and diffusion
problems
Soil consolidation analysis
Simulation of soil behaviour under different conditions
Geotechnical engineering


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Pavement structure analysis
Road & Tarmac Fague Analysis
Ru)ng analysis of pavements
Analysis of bridges
Slab cracking in Rigid pavements
Simulation of tyre pavement interaction
Simulate mixed asphalt behaviour
Transportation engineering

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Crack Propagaon in Concrete Structures
Fibre Reinforced Concrete Analysis
Fibre Pull-Out Tests
Concrete Technology


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

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