ADINA System 9.5.0 Linux

New and updated feature summary ADINA System 9.5 Release Notes 3 New and updated feature summaryThis section lists the new and updated features that are available in ADINA System 9.5, as compared with ADINA System 9.4.4. There are new commands and new and changed parameters associated with the new and updated features. The release notes refer to the commands and parameters in the command-line formats. Further information about the new commands and new and changed parameters can be found in the AUI Command Reference Manuals. For user interface users, most command-line parameters have analogous fields in the dialog boxes. Note, when we refer to documentation, we refer to the versions of the documentation given below in the “Available Documentation” section. Features for all programsTable of supported platforms, SMP program versions Platform Operating system Fortran compiler Linux x86_64 2.6.18 and higher, glibc 2.5 and higher, gcc 4.1.2 and higher Intel ifort 11.1 Linux 86_64, AVX extensions 2.6.32 and higher, glibc 2.12 and higher, gcc 4.4.6 and higher Intel ifort 14.0.4 Windows x86_64 Windows 7, 8, 8.1, 10 Intel Visual Fortran 14 Windows x86_64, AVX extensions Windows 7, 8, 8.1, 10 Intel Visual Fortran 14 1) All program versions are 64-bit, using the x86_64 architecture. The Intel 64 and AMD Opteron implementations of the x86_64 architecture are supported.

New and updated feature summary 4 ADINA System 9.5 Release Notes Table of supported platforms, DMP program version Platform Operating system Fortran compiler Linux 86_64, AVX extensions 2.6.32 and higher, glibc 2.12 and higher, gcc 4.4.6 and higher Intel ifort 14.0.4 1) The DMP program version is based on OpenMPI version 3.0.0. 2) The DMP program version does not support all features of the SMP program versions, see the DMP Users Guide for details. 3) The DMP program version requires the AVX extensions. ADINA Solids & Structures featuresChange of default for frequency analysis The enriched subspace method implemented in version 9.4 is now the default in frequency analysis. The enriched subspace method is as robust as the standard subspace method, but the solution time required is often reduced by a factor of 3 or more for large models, as compared to the standard subspace method. Command-line: FREQUENCIES ... METHOD=ENRICHED-SUBSPACE Improvements for analysis zooming The following improvements are made for analysis zooming: 11-node tetrahedral elements are supported. Time interpolation of the initial model results are supported, so that ATS analysis of the zoomed model can be performed. Analysis zooming for ADINA TMC heat transfer only analysis is supported. Improvements to periodic symmetry The following improvements are made to periodic symmetry: The 3D-iterative solver is supported.