Concrete reinforcement and column beam joint structures in ABAQUS

€ 225.0

Expert	Carlos López
Included	.inps,video files, Fortran files (if available), Flowchart file (if available), Python files (if available), Pdf files (if available)
Tutorial video duration	Check with support!
language	English
Level	Advanced
Package Type	Theory Included (Video)
Software version	Applicable to all versions
Subtitle	English

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Description

Concrete reinforcement and column beam joint structures in ABAQUS

Today, modeling structures with concrete, reinforcements, as well as beam and column joints are of great importance. This training package presents theories as well as various points of simulation of these structures. These points related to how to model the geometry of these structures, the theory and implementation of concrete plasticity, concrete damage, and different types of simulation methods, and plot the hysteresis curve, and so on.

Preview

What do we learn from this package?
Teaching plan and Prerequisites and Next steps
Package specification

You can watch demo here.

Introduction

Concrete damage plasticity in tension and how to apply it
Concrete damage plasticity in compression and how to apply it
Required outputs for CDP
How to embed beam in concrete box
How to view result of concrete damage
Plot Force vs displacement in FRP

Workshop 1: Simulation of reinforced beam-column

Ductile damage initiation for metals
Ductile damage evolution for metals
Introduction to Hashin damage initiation for composites
Progressive damage for Composites
Concrete damage plasticity in tension and how to apply it
Concrete damage plasticity in compression and how to apply it
Required outputs for CDP
How to define composite materials in lamina type
How to define Hashin damage evolution for composites
How to define isotropic hardening plasticity for metals
How to define damage
How to create section profile for beam
How to define customized coordinate system
How to pattern in assembly module
What is the settings for outputs of different material types(Concretes, metals, composites)
How to embed beam in concrete box
How to view result of concrete damage /ductile damage/Hashin damage
Plot Force vs displacement in FRP
This workshop explains modeling reinforced beam-column (with bar and composite) FRP. All the concepts and related theories will be discussed at the beginning of the lesson. Concentrated concepts in this lesson are listed below: damage and continuum damage, ductile damage of metals, Hashin damage initiation and progressive damage based on energy method for composites, concrete definition, elastic properties, concrete plastic properties definition, and its behavior in tensile and compression and, progressive damage behavior in tensile and pressure of the concrete. Outputs of this workshop are listed below: investigating different stress and strain fields, displacement, and also investigating damage initiation in metals, composites and, concretes.

Workshop 2: simulation of complex column beam joint in Abaqus

How to import part separately from AutoCAD software to Abaqus
Concrete damage plasticity (CDP) definition
Apply load and bandary conditions
Using MPC to define appropriate conditions between concrete and stirrups and RPs.
Solving convergency problem in Abaqus srandard solver
Mesh convergency
Plot hysteresis curve

Shipping and Delivery

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