Architecture, Engineering & Construction Industry Solutions

SIMULIA Technology for Civil Engineering Applications

Perform realistic simulations to validate accurate environments

Robust Non-Linear Capabilities

SIMULIA Abaqus is known in this particular industry for robust and powerful non-linear capabilities.

Powerful Contact Capabilities

SIMULIA Abaqus has unique and extreme powerful contact capabilities compared to our competitors.  

Flexible Failure & Concrete Damage Models

SIMULIA Abaqus has flexible methods to model failure & concrete damage for Civil Engineering Structures.

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Combined Software Technologies

With the Extended Token model, you can access the complete SIMULIA Portfolio from the same token pool.

SIMULIA Architecture, Engineering & Construction applications

Perform realistic simulations for  specific industry behaviours.

 

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Fibre Reinforced Concrete Analysis

Predict the contact behaviour between multiple bodies and structures on a robust and accurate way.
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Crack Propagation Analysis

Predict the propagation of possible cracks on a fast way without remeshing between the crack growth steps.
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Plasticity and Damage Modelling Analysis

Take into account plasticity and damage failure behaviour to perform virtual destructive tests in order to ensure safety, including multiple concrete damage models.

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Bolt Load Analysis

Use realistic assumptions to check the validity of your bolts in your designs. Apply pre-tensioned bolts and simulate the bolt behaviour.

Applications of SIMULIA Technology for the Architecture, Engineering & Construction Industry

Analyses performed in the Architecture, Engineering & Construction Industry with SIMULIA Technology

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Use many analysis possibilities, like:

  • Frequency & Vibration Analysis
  • Earthquake Analysis including Damage
  • Crack Propagation in Concrete Structures
  • Fibre Reinforced Concrete Analysis
  • Fibre Pull-Out Tests
  • Soil-Structure Interaction
  • Fire & Thermal Safety Assesment Analysis
  • Explosion Blast Analysis
  • Bolt Load Analysis
  • Road & Tarmac Fatigue Analysis
  • Steel Structure Contact Analysis
  • Wind Loading Analysis
  • Heattransfer Analysis
  • Geomechanics of Oil & Gas Reservoirs
  • Stability Analysis of Mines
  • Monopile Foundations for Offshore Wind
  • Mining & Tunneling
  • Harbour Quay Wall Analysis
  • CFD Analysis for City Structures

More information about Modeling Steel Fiber-Concrete Stuctures with Abaqus can be found here.
Another blog topic about Multiscale modeling of a concrete steel structure using the Abaqus RVE Plugin can be found here.

Abaqus Dynamic Gear Contact Analysis
Abaqus Dynamic Gear Contact Analysis

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