You can use these tools to isolate regions where the mesh quality is poor and. Explanations of the table contents and terminology are provided after the tables. Configuration details are listed by operating system. ABAQUS/CAE also provides a set of tools in the Mesh module that allow you to verify the quality of your mesh and to obtain information about the nodes and elements in the mesh. Test Configurations for Abaqus 2021 Products To view the platform configurations used to qualify Abaqus, click the tabs below. The effect of the change of carcass ply design on the separation in steel cord-rubber composite materials of radial truck tires is discussed. Upon completion of a meshing operation, ABAQUS/CAE highlights any bad elements in the mesh. Using the analysis of the local model, a study of the cyclic shear strain is performed in the shoulder region and used to deter-mine the carcass ply separation. It is found that the maximum cyclic shear strain is reliable as a result of the analysis of carcass ply separation in radial truck tires. A 3-dimensional finite element local model calculates the maximum cyclic shear strain of an interface between steel cord and rubber materials at the carcass ply shoulder region. The local model uses a finite element analysis in conjunction with a glob-al-local technique in ABAQUS. Open Journal of Modelling and Simulation,ĪBSTRACT: A global-local finite element modeling technique is employed in this paper to predict the separation in steel cord-rubber composite materials of radial truck tires. Using the Abaqus HTML Documentation : Using the Abaqus PDF documentation: Using Abaqus Online Documentation Using Abaqus Online Documentation. This reference guide includes detailed descriptions of how to generate models, submit and monitor analysis jobs, and evaluate and visualize results using Abaqus. Global-Local Finite Element Analysis, Separation, Composite Material, Truck Tire Global-Local Finite Element Analysis for Predicting Separation in Cord-Rubber Composites of Radial Truck TiresĪUTHORS: Kyoung Moon Jeong, Kee Woon Kim, Jang Hyeon Kim ABAQUS (2014) Analysis User’s Manual, Version 6.14.

Abaqus 6.14 documentation