Monthly Archives: February 2018

Active Workspace 3.3 – User Productivity Improvements – Completing a Thought

Multi-select for Project Security Active Workspace 3.3 provides the capability to apply project security to multiple objects simultaneously in Teamcenter version 10.1.7 and 11.2.3, and higher . This video showcases the new capability in detail.  Click here Highlights include Assign multiple objects to one or more projects Remove multiple objects from one or more projects Remove objects from projects that are common to all

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Active Workspace 3.3 – User Productivity Improvements – Improved User Efficiency

Universal Viewer One of the most exciting user productivity improvements in Active Workspace 3.3, is the new universal viewer.  It enables viewing and paging through multiple file attachments.  In prior releases, only one file could be viewed.  You could not easily view other file attachments. Siemens also enabled support to view additional types of files including image files, text files,

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MIGRATION OF ANALYSIS AND PORTFOLIO TOKENS TO EXTENDED TOKENS

Perhaps one of the biggest surprises for Abaqus user community in 2018 is that the two most popular licensing schemes of Abaqus would gradually go away for new customers. These schemes are Abaqus analysis pack and Abaqus portfolio pack. It’s worth mentioning that many of our Abaqus customers are still using either of these two licensing schemes. While our current

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Active Workspace 3.3 – User Productivity Improvements

Siemens PLM has introduced lots of new functionality and improvements in the  latest version of Active Workspace 3.3 , the key themes being User Productivity Improvements Reduce Information Overload Configure, Extend, and Deploy Process Execution and Other Application and Industry Template Exposure The user productivity improvements are breakdown into three categories. Improved user efficiency First focus area for user productivity

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What Abaqus CAE offers beyond other FEA Pre-Processors

MESHING CAPABILITIES IN ABAQUS CAE It is a well-known fact in the CAE community that the efficiency and accuracy of finite element models are directly dependent on the quality of the underlying meshes in the model. The various quality parameters associated with elements are element size, aspect ratio, skew angle, jacobian, warp, and many more. Yet another parameter of concern

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