Solidworks Simulation. Material Types. Material Setup / SolidWorks Simulation
📋 For cooperation or design work, contact us at: 📋
📧 [email protected]
📱 Mobile/Telegram/WhatsApp/Viber - 👍
🏷How can I help you?🏷
✔ Design of parts and assemblies, development of structures, work with design documentation.
✔ Development of auxiliary devices, equipment, tools for performing various assembly and mechanical processing operations.
✔ Calculation of static, dynamic and thermal strength of elements.
✔ Creation of 3D models and assemblies in SolidWorks, Autodesk Inventor, Siemens NX
✔ Preparation and release of design documentation in accordance with the Unified System for Design Documentation, GOST, OST, TU
✔ Remote training in SolidWorks.
🌍Social Networks🌍
🖊 LinkedIn: linkedin.com/in/alekseyzenko/
🖊 FaceBook: facebook.com/alekseyzenko
🖊 FL: fl.ru/users/zenkoaleksei/info/
🔐 FL registration: fl.ru/projects/?ref=64700
Solidworks Simulation. Types of materials. How to apply a material / SolidWorks Simulation
In this lesson, we will discuss the topics,
What materials are studied during static analysis and how to correctly set the material.
So,
Let's create a new static analysis study.
Right-click on the part in the simulation tree, and select apply edit material.
First, let's learn how to create our own material or copy an existing one to edit its properties. Find a group, a user-configured material, right-click and create a new category. Let's name it appropriately, for example, Steel. Next, right-click on the created category and select a new material, call it Steel Z. We have created our own material, all that remains is to fill in its properties. You can also copy existing materials, to do this, find the material we need, right-click and select copy. And paste it into the category we created. Now we can change the properties.
In SolidWorks, there are materials that have the SS index, which means that this material has a defined stress-strain curve, which is available in nonlinear analysis.
In static analysis, there are two groups of materials. These are isotropic and orthotropic.
This group of materials is also specified in other analyses such as thermal, nonlinear, impact testing, linear dynamics, buckling and frequency analysis.
SolidWorks also has other types of materials - nonlinear elastic material, plasticity, superelasticity, viscoelasticity and nitinol, but we will talk about these materials in more detail when we start studying other types of research.
And now let's talk about isotropic and orthotropic material.
Don't forget to click the subscribe button to the channel and the bell to receive news about the channel immediately.