ST STAR AR-CCM CCM+ + V7.02 V7.02
CD CD-ada adapco pco, , Seoul Seoul of
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ST STAR AR-CCM CCM+ + V7.02 V7.02 CD CD-ada adapco pco, , - - PowerPoint PPT Presentation
ST STAR AR-CCM CCM+ + V7.02 V7.02 CD CD-ada adapco pco, , Seoul Seoul of office fice ST STAR AR-CC CCM+ M+ cha hang nges es the the game game, , aga gain! in! STAR-CCM+ v7.02 Shortens further product development
CD CD-ada adapco pco, , Seoul Seoul of
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– Shortens further product development schedules – Is a key enabler of increased product quality and reliability – Offers an insight into product behavior and performance.
A paradigm shift in how engineering simulation is carried out Cuts down the entire analysis workflow Required when simulating bodies with extreme ranges of motion Easily execute parametric design studies
Designed to review, explore and interrogate the entire solution space A collaborative environment Easily Compare and communicate design changes Animate transient data sets
Drastically eases and shortens the set-up time for CHT No need for geometric imprinting Allows for non-conformal fluid/solid interfaces Easily change designs
Reducing Wall Clock Time Facilitating Design Studies Improving User Efficiency Enhancing Accuracy and Analyses Reduced Costs
– No need to morph – No need to re-mesh
– Automatic recording for unsteady,
– Store only the fields you need – Data stored in a separate .simh file
– Allows for quick and reliable generation of non-conformal interfaces – Saves time at the surface preparation stage – Designs may be easily changed and analyzed
– Project any face edges into active sketch – Sketch offset – Sketch fillet/chamfer
– Additional option on top of existing simple method – Creates surface based on original CAD definition
– Imported CAD part or 3D-CAD
– Helps capture thick boundary layers and shock waves
– Body of interest not intersecting with flow boundaries
– Simulation of in plane thermal conduction – Single or multiple layers of shells
– New shell region and interfaces generated
– Five drag correction options to control how oneparticle/bubble is influenced by others – Two new methods for virtual mass coefficient,
– Random injector type
through porosity limit
– Additional field functions for visualizing and analysing inter-particle forces
complex multi-phase phenomena
– All phases may be multi- component
models for both Eulerian and VOF
included
– Gas dissolution – Surface evaporation
– Hybrid Least Squares (LSQ) gradient reconstruction – Modified Venkatakrishnan Limiter
– Automatically finds poor quality cells and blends with Green-Gauss reconstruction
– Visual representation of TOC
– Best practices for
Buffeting, Radial Compressors & Axial Fans
– Covers overall process, mesh & solver settings
available online through User Services