Release Information
CMAS 2.2 Release Information
CMAS 2.2 has been released in October 2010.
In this version, super-elastic analysis features of localization and homogenization have been newly added to the
non-linear version.

【CMAS 2.2: Storage location】
Top Category > CMAS
- FAQ No.96637 : CMAS 2.2 Install Media
- FAQ No.96636 : CMAS 2.2 Support Manual
【Notes】
CMAS 2.2: Release Highlights
Localization/Homogenization Analysis (physical properties identified) with Super-elastic (non-linear version)
Super-elastic analysis feature has been added in Localization/Homogenization Analysis.
Example: Super-elastic multi-scale analysis of
tire
Contact element of numerical material test is now supported
It is now possible to support numerical material test including contact elements.
Functional Overview: Figure 1 shows the area which is in a state of small irregularities or very thin adhesives are
present at the material interface. Sliding may occur because of an external force and interfere with the transfer of
the current and heat at these areas. In this case, it is possible to consider the impact on the product by using the
new features.

※However, precautious must be taken in non-linear structural analysis.
When making a tensile test with stress s1 as load, influence of the interface will be reduced when irregularities of
the surface are smashed and compression works in many directions (that is, it slips easily) as the reason.
Therefore, macro structural analysis cannot be performed in Ansys since it does not have the material model that can
express such properties. Hence, only the numerical material test can consider the interface basically.
関連情報
関連する解析事例
MORE関連する資料ダウンロード
MORE-
コントローラ&センサのデータ駆動型シミュレーション
~データ駆動によるロボットのモデリングと制御設計~
-
EMCのお悩みありませんか? ~EMCソリューション~
-
ガラス炉の燃焼効率向上・NOx削減ソリューション ~Ansys Fluentによるソリューション~
~Ansys Fluentによるソリューション~
-
炭素回収・利用・貯留におけるCO2の削減 ~Ansys Fluentによるソリューション~
~Ansys Fluentによるソリューション~
-
仮想環境で実現するマシンビジョン設計~Ansys Speosによるカメラ&照明最適化ソリューション~
~Ansys Speosによるカメラ&照明最適化ソリューション~
-
構想設計ですぐにリアルタイム検証 ~解析専任者ゼロでも使いこなせるAnsys Discovery~
~解析専任者ゼロでも使いこなせるAnsys Discovery~
-
筐体の冷却性能を構想設計から見える化 (手戻りを削減できる)
~Ansys Discoveryで始める電気筐体製品の設計改革~
-
若手でもすぐに使えるリアルタイム解析 (勘と経験からの脱却)
~Ansys Discoveryによる30名規模メーカーの設計改革~