ANSYS EMAIL HOW TO
These knowledge resources provide solutions and guidance on how to resolve installation and licensing issues quickly. In the case of contact and target elements, these parameter names are ‘cid’ for the contact elements and ‘tid’ for the target elements. Students can also find additional resources at /academic. Luxembourg: 80028391 Email: Support for academic users is only provided. Systems and installation knowledge resources are easily accessible via the Customer Portal by using the following keywords in the search box: systems/installation. ANSYS Workbench employs some ‘magic’ parameter names that automatically plug in the integer pointers used behind the scenes for identification of element types and material properties. Support for academic users is only provided through our Ansys Learning Forum found at /forum. Toll-Free Telephone: Belgium: 0800 77783 Netherlands: 08000222540. At Ansys, we promise to treat your data with respect and will not share your information with any third party. You can sign up for additional alert options at any time. You must click the activation link in order to complete your subscription. One of the many useful features of the Customer Portal is the Knowledge Resources Search, which can be found on the home page of the Customer Portal. After submitting your request, you will receive an activation email to the requested email address. Find out how to retrieve your customer number here. When inquiring by phone or email, please have your customer number ready in advance. If you are an academic user including professors, researchers and students, support is handled through our Ansys Learning Forum found at: /forum. If your support is provided by Ansys directly, Technical Support can be accessed quickly and efficiently from the Ansys Customer Portal. The direct URL is:. Please check with the Ansys support coordinator (ASC) at your company to determine who provides support for your company, or visit the Contacts and Locations page. That means in Fig.1 case (a) can happen but (b) can not.Technical Support for Ansys products is provided either by Ansys directly or by one of our certified Ansys Support Providers. Slide is possible, but the nodes in contact are bonded to the target surface in normal direction. No separation contact: Once the contact is detected, then the target and contact surface are tied up for the rest of the analysis. Rough contact: As shown in Fig.2 the friction coefficient tends to be infinite and the body A can not move in the tangential direction because nodes in contact are glued on the target surface in tangential direction.
If modeling the ability of bodies to separate or open slightly is important and/or obtaining the stresses very near a contact interface is important, consider using one of the nonlinear contact types. Choosing the appropriate contact type depends on the type of problem you are trying to solve. Bounded, no seperation and frictional contact.
This behavior can simulate the contact opens and closes. Anysys workbench contact types and their behaviours. Contact surface has different types of behavior according to different characteristics of contact.įrictional contact: The contact body can slide on the target surface in the tangential direction shown in Fig.1 (a) and also can translate in the normal direction shown in Fig.2 (b).
There are several kinds of contact used in ANSYS: frictional, frictionless, rough, bonded, no separation and so on. Also when the size of one body in contact compared to another one is very small and then the large surface is chosen as target. Normally, convex surface is chosen as contact and concave as target. No matter it’s point-surface contact or surface-surface contact, as soon as they are identified, they are then one pair.One can not exist without the other.įor the surface-surface contact, it is the first step to specify which is contact surface and which is target surface. For surface-surface contact, both contact and target are surfaces and they have to be specified which surface is contact and which is target. For the point-surface contact, the “point” is contact and the “surface” is target. In ANSYS, the contact is generated by pair.
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