-
-
February 3, 2022 at 2:15 pm
phanicmsf
SubscriberFebruary 4, 2022 at 7:29 pmSheldon Imaoka
Ansys Employee
I am not sure if I understand your question correctly, but do you know what the distribution is like? If the 20% Si is represented as random particles, then you should be able to use that for your RVE.
If you don't know what the distribution may look like, there isn't a way to define the RVE in such cases. For example, if the 20% is uniformly distributed, you may consider just using ratios to determine your effective properties based on the volume fraction.
Regards Sheldon
February 7, 2022 at 9:11 amphanicmsf
Subscriber
Thank you for your answer.
I want to represent 20% Si as random particles. So want to know the procedure for creating RVE using Random Particle.
Thanks and Regards
Phanindra
February 12, 2022 at 12:10 amSheldon Imaoka
Ansys Employee
In the Ansys documentation, under "Mechanical Designer User's Guide -> 1. Getting Started -> 1.4 Tutorials", you'll find some tutorials to get you started. Although the 3 tutorials don't use "Random Particle", it shows you the basic setup and workflow - the only difference is the selection of "Random Particle".
Regards Sheldon
Viewing 3 reply threads- The topic ‘How to find effective material property with 80% Sic and 20% Si ?’ is closed to new replies.
Innovation SpaceTrending discussions- LPBF Simulation of dissimilar materials in ANSYS mechanical (Thermal Transient)
- Real Life Example of a non-symmetric eigenvalue problem
- How can the results of Pressures and Motions for all elements be obtained?
- BackGround Color
- Contact stiffness too big
- Element Birth and Death
- Python-Script to Export all Children of a Solution Tree
- Which equations and in what form are valid for defining excitations?
Top Contributors-
4597
-
1495
-
1386
-
1209
-
1021
Top Rated Tags© 2025 Copyright ANSYS, Inc. All rights reserved.
Ansys does not support the usage of unauthorized Ansys software. Please visit www.ansys.com to obtain an official distribution.
-
The Ansys Learning Forum is a public forum. You are prohibited from providing (i) information that is confidential to You, your employer, or any third party, (ii) Personal Data or individually identifiable health information, (iii) any information that is U.S. Government Classified, Controlled Unclassified Information, International Traffic in Arms Regulators (ITAR) or Export Administration Regulators (EAR) controlled or otherwise have been determined by the United States Government or by a foreign government to require protection against unauthorized disclosure for reasons of national security, or (iv) topics or information restricted by the People's Republic of China data protection and privacy laws.
