Udemy – Structural Engineering Abaqus Tutorials 2020-8

Published on: 2022-01-16 15:40:23

Categories: 28

Description

Structural Engineering Abaqus Tutorials is a structural design and modeling training course with Abaqus engineering software published by Udemy Academy. This training course is completely project-oriented and you will deal with several completely practical issues and challenges. This course is designed and planned entirely for students and engineers in the fields of urban planning, mechanics and civil engineering, and will challenge their skills and practical knowledge in the field of finite element method (FEM). Before starting practical courses and projects, you will get acquainted with various theories and theories in the field of software input parameters, modeling and final structure analysis.

This training course consists of 13 separate sections and among the most important topics covered are the analysis of concrete columns, three-point bending test, reinforcement of concrete columns with different methods such as metal rebars, polymer reinforced with carbon fibers and Metal foam, identification of structural model parameters of damaged concrete plasticity, analysis of load tolerance of concrete columns as a group, modeling of various columns and concrete structures, simulation of columns and concrete structures under cyclic load, etc.

What you will learn in Structural Engineering Abaqus Tutorials

Abaqus software environment and work with its various tools
Various modeling methods for the amount of damage to concrete structures
Structural model of damaged concrete plasticity (CDP)
Johnson-Cook model
Johnson-Holmquist Damage model
Hasin Damage model
Simulation of concrete structures under different load conditions
Ultimate tensile strength
Compression resistance
Bending test
Repeated impact test
Cyclic loading test
Modeling of concrete and metal columns and beams
Modeling the process of strengthening and strengthening various metal and concrete columns and beams
Using XFEM method to study crack growth