filmov
tv
Modelling deformation and crack propagation in MMC under compressive load using DIGIMAT and ABAQUS
Показать описание
For detail of this course, Please reach me via,
This is an advanced training course designed for engineers and researchers who want to learn deformation behavior of metal matrix composites (MMCs) under compressive loads. This course covers the use of two powerful simulation tools, DIGIMAT and Abaqus, to model the compressive behavior and crack propagation in MMCs.
The first part of the course provides an overview of metal matrix composites and their applications. It covers the basic properties of MMCs and the factors that affect their behavior under compressive loads. The damage model for Aluminum and the reinforcement is calculated and explained using excel sheet.
The second part of the course focuses on the use of DIGIMAT, a specialized software for modeling the mechanical behavior of composite materials. Participants will learn how to use DIGIMAT to create the 3D geometry of MMC using volumetric combination of 90%AL-10%Ti3alc2
The third part of the course focuses on the use of Abaqus, a powerful finite element analysis software. Participants will learn how to use Abaqus to create finite element models of MMCs under compressive loads. They will also learn how to simulate crack propagation in MMCs using Abaqus.
Throughout the course, participants will work on hands-on exercises that will help them develop their skills in modeling the behavior of MMCs under compressive loads. By the end of the course, participants will have a solid understanding of the behavior of MMCs under compressive loads and the skills needed to model this behavior using DIGIMAT and Abaqus.
If you are an engineer or researcher who wants to gain a deeper understanding of the behavior of MMCs under compressive loads and the skills needed to model this behavior, then this course is for you!
This is an advanced training course designed for engineers and researchers who want to learn deformation behavior of metal matrix composites (MMCs) under compressive loads. This course covers the use of two powerful simulation tools, DIGIMAT and Abaqus, to model the compressive behavior and crack propagation in MMCs.
The first part of the course provides an overview of metal matrix composites and their applications. It covers the basic properties of MMCs and the factors that affect their behavior under compressive loads. The damage model for Aluminum and the reinforcement is calculated and explained using excel sheet.
The second part of the course focuses on the use of DIGIMAT, a specialized software for modeling the mechanical behavior of composite materials. Participants will learn how to use DIGIMAT to create the 3D geometry of MMC using volumetric combination of 90%AL-10%Ti3alc2
The third part of the course focuses on the use of Abaqus, a powerful finite element analysis software. Participants will learn how to use Abaqus to create finite element models of MMCs under compressive loads. They will also learn how to simulate crack propagation in MMCs using Abaqus.
Throughout the course, participants will work on hands-on exercises that will help them develop their skills in modeling the behavior of MMCs under compressive loads. By the end of the course, participants will have a solid understanding of the behavior of MMCs under compressive loads and the skills needed to model this behavior using DIGIMAT and Abaqus.
If you are an engineer or researcher who wants to gain a deeper understanding of the behavior of MMCs under compressive loads and the skills needed to model this behavior, then this course is for you!
0:09:06
Modelling deformation and crack propagation in MMC under compressive load using DIGIMAT and ABAQUS
0:02:05
Modelling of crack propagation in miniaturized and normal SENB specimens based on local failure ...
0:10:35
Material deformation, damage and crack formation, Dr. Michael Luke, Fraunhofer IWM
0:42:51
Predictive modelling of hydrogen assisted fracture
0:00:21
FEM simulation of crack initiation and propagation: accumulated plastic strain
0:01:36
Fracture Mechanics
0:00:10
Multiscale dynamic fracture simulation of material with microstructure
0:13:33
Variable Amplitude Loading - Life Estimation, Crack Growth, Crack Tip Plasticity
0:00:31
Total crack propagation in an eye plate due to cyclic loads using SMART - ANSYS WB Static Structural
0:02:58
How and When Metals Fail
0:00:09
Shear fracture propagation
0:00:23
Fatigue crack growth.
0:20:49
Phase field modelling of hydrogen assisted fracture and fatigue
0:00:11
Crack propagation along the grain boundary
0:12:16
Numerical modeling of energy dissipation during fatigue crack propagation in metals
0:00:14
SPH simulation of mode-I crack propagation, nonlocal damage model
0:37:01
PERIDYNAMIC MODELING OF LARGE DEFORMATION AND DUCTILE FRACTURE
0:06:28
Basic fracture mechanics
0:00:11
Modeling of 3D crack growth in a tensile test specimen using MultiMech™
0:07:37
Full-field strain measurements for microstructurally small fatigue crack propagation
0:01:41
Phase field modeling of fracture propagation
0:00:27
SIMULIA Abaqus FEA of Crack Propagation using XFEM in assembly (trial)
0:14:13
An investigation of short crack propagation and slip behaviour in a single crystal Ni-based ...
0:13:40
Development of a ductile damage model implemented within creep crack growth simulations of ...
Комментарии