Why do we need an Abaqus material database?
I have been doing FEA simulations for more than 10 years. In the Abaqus software, it is necessary to check different parameters for each module so that when we check the results, there is no mistake in the modeling.
In the property module, one of the things that should always be checked is that we have entered the material data properties correctly.
Are the dimensional units consistent with the entire model?
Is the data exported from the paper/lab test reliable?
To find material data, sometimes we look for a reliable source for several days to have all the data and constants of the material we want. Only after that, the material data should be verified.
Are the data reliable?
We made an Abaqus material library plugin for everyone
I looked everywhere and could not find an Abaqus material database. This story gave us the idea to create a materials library so that no one else would have to waste time like us. We named it MatLib and now there are more than 1400 validated engineering materials data in it and it supports 3 consistent units.
The Matlib is an engineering materials library for Abaqus application engineers. A material database that frees them from searching for material constants in papers, handbooks, or laboratory tests.
More than +1400 different materials data, in 22 groups, from trusted references, allow the user to save simulation time and cost, avoid errors, and increase simulation accuracy.
The material data and constants of the material have already been validated and are from trusted sources. There are no more human calculation errors and it reduces at least a few days from the time of doing an Abaqus FEA project.
What is an engineering materials library?
An engineering materials library is a collection of various materials and their properties that engineers can refer to when designing and developing products.Â
An engineering materials library typically includes a wide variety of materials used in engineering applications. Some common types of materials that can be found in such a library include metals, ceramics, polymers, composites, and semiconductors. These materials may be further categorized based on their specific properties, such as strength, stiffness, thermal conductivity, and electrical conductivity. The library may also include information on the manufacturing processes used to produce these materials and their various applications in engineering.
How do I create a material database in Abaqus?
You can create a material database in Abaqus, too, and it is almost a simple task.
To create a material database in Abaqus, you need to first define the material properties for each material model you want to include. Then, you can create a material library file (.lib) and add the material models to it using the Material Editor in Abaqus/CAE. Read more.
How to download the Abaqus material database (MatLib)?
We have offered a possibility for students. If you are a student, you can request up to 3 materials set for free and we will send them to you. Just send us a ticket.
But if you want to buy the plugin, you can get it by visiting this page.
Does Matlib have a web version?
Currently, the web version of MatLib is not active and it is possible to use it in Abaqus only by installing the plugin on the computer.
What version of Abaqus does MatLib supports?
It is possible to install MatLib on all versions of Abaqus.
Does the material data have trusted sources and can it be cited?
All material data in Matlib has reliable sources.
Does Matlib have a warranty?
Up to 2 weeks after purchase, if you are not satisfied with the plugin, your money will be returned. There is also full support for customers, and requested materials that may not be available in the plugin are sent to customers in the new update of Matlib at the beginning of each month.
