# MSC Actran 15.0 with Training WiN LiNUX

24 November 2015# MSC Actran 15.0 with Training WiN LiNUX

## P2P | 23 November 2015 | 5.83 GB

Free Field Technologies (FFT), a leading global company focused on acoustic simulation and engineering services, has presented the 15.0 version of Astran is the premier acoustics software to solve acoustics, vibro-acoustics, and aero-acoustics problems. Used by automotive manufacturers and suppliers, aerospace and defense companies, and consumer product manufacturers, Actran helps engineers better understand and improve the acoustics performance of their designs. Actran provides a rich library of material models, a complete element library that includes infinite elements, high performance solvers to solve large size problems and a user-friendly GUI that is highly customizable to your needs. Actran, with its modular nature, can be deployed based on your applications and requirements.

**Actran Acoustics is the foundation module of the Actran family. It is both a standalone tool and is a pre-requisite for advanced modules like Actran VibroAcoustics, Actran AeroAcoustics and Actran TM. Some of the robust capabilities of this module include:**

– Simulate standard and convected acoustics

– Extract acoustic modes

– Analyze sound field in cavities, with either modal or physical approaches

– Model absorbing walls using impedance conditions of porous material models

– Analyze sound radiation

– Analyze sound propagation in ducts, intake and exhaust lines or distribution systems in buildings, aircrafts, and automobiles

– Recover vibration results from most FEA structural solvers for radiation analysis**Sample Applications:**

– Sound radiation by vibrating structures: powertrain, engine components (oilpan, intake manifold and air filter, valve cover, etc.), compressors, electrical motors, loudspeakers and more.

– Intake and exhaust noise, including complex mufflers and silencers.

– Air conditioning units and distribution systems (calculation of transfer matrices coefficients).

– Sound absorption inside passenger compartment of cars, trains and aircrafts.

– Sound propagation in complex media with mean flow or temperature gradient.

– Audio devices such as telephones, hearing aids or musical instruments.**This release brings to our customers several important new features:**

– Integrated meshing tools in ActranVI

– An automated acoustic radiation solution in RADACT with effortless meshing of the exterior acoustic domain

– Various new vibro-acoustics features such as anisotropic porous material, visco-thermal losses in arbitrary 3D geometry, perforated plate model improvements, etc.

– New time-domain computation module containing many improvements for transient acoustic radiation and vibro-acoustics

– Significant improvements in Actran DGM for turbine engine noise simulation

– Improved aero-acoustics module allowing “On the Fly” source calculation from transient CFD results, and supporting new types of native CFD results formats

– HPC with new linear-algebraic solver Intel MKL PARDISO and improved execution sequences such as TMM with high order acoustic duct modes

– Extended interfaces with structural and multi-body dynamics modeling tools such as Nastran, LS-DYNA and Adams for coupled vibro-acoustic simulationOther Actran modules have been enhanced including FWH, iCFD, Nastran to Actran translator, compressible flow solver, PLT Viewer and Waterfall Viewer.

**Training Packages:**

===========================================================

**ACOUSTICS_Basics**

**Theory:**

ACOUSTICS_1_General_Program_Organization_DO_NOT_USE_IN_THE_US

ACOUSTICS_2_Acoustics_simulations_Part1

ACOUSTICS_2_Acoustics_simulations_Part2

ACOUSTICS_3_Damping_Acoustics_simulations

ACOUSTICS_4_BC_MESH_DO_NOT_USE_IN_THE_US

ACOUSTICS_5_Duct_modes

VI_2_Meshing_Tools

**Workshops:**

WS_ACOUSTICS_0

WS_ACOUSTICS_1a_Horn

WS_ACOUSTICS_1c_Horn_APML

WS_ACOUSTICS_3a_Treated_Cabin_Porous

WS_ACOUSTICS_3b_Treated_Cabin_Admittance

WS_ACOUSTICS_4a_BC_MESH_Direct_Analysis

WS_ACOUSTICS_4b_BC_MESH_Direct_Analysis_Meshing_EA

WS_ACOUSTICS_5a_simple_mufler

WS_ACOUSTICS_7_Kundt_Tube

WS_ACOUSTICS_10_Wall_Diffraction_EA===========================================================

**ACOUSTICS_Advanced**

**Theory:**

ACOUSTICS_4b_RADACT_DO_NOT_USE_IN_THE_US

ACOUSTICS_6_Viscothermal_Fluid

ACOUSTICS_7_Mean_Flow_Interpolation_iCFD

ACOUSTICS_8_Theory_Field_UserFunction

VIBRO_9_Time_Domain_Analysis

MISC_Solvers

**Workshops:**

WS_ACOUSTICS_1b_Horn_PML

WS_ACOUSTICS_2b_Ski_Cabin_Modal_Extraction

WS_ACOUSTICS_2c_Ski_Cabin_Modal_Resp

WS_ACOUSTICS_4c_BC_MESH_Direct_Analysis_Meshing

WS_ACOUSTICS_4d_BC_MESH_Green_Analysis_DONOT_USE_USA_ASK_DD_OTHER_CASES

WS_ACOUSTICS_4e_Waterfall

WS_ACOUSTICS_4f_Inverse_Pellicular_Method

WS_ACOUSTICS_5b_simple_muffler_sessions

WS_ACOUSTICS_5c_simple_muffler_scripting

WS_ACOUSTICS_5d_simple_muffler_with_TA

WS_ACOUSTICS_5e_simple_muffler_topo_optimization

WS_ACOUSTICS_6_viscothermal_tubes

WS_ACOUSTICS_8_UserFunction

WS_ACOUSTICS_9_RADACT_Include_Green_Analysis_DONOT_USE_USA_ASK_DD_OTHER_CASES

WS_ACOUSTICS_9b_RADACT_EA

WS_ACOUSTICS_11_BC_MESH_Time_Domain_Analysis

WS_ACOUSTICS_12_Transient_cavity_with_outlet_duct===========================================================

**VIBRO_Basic**

**Theory:**

VIBRO_1_DIRECT_simulations

VIBRO_2_MODAL_simulations

VIBRO_3_Fluid_Structure_Coupling

VIBRO_4_Acoustic_Transparency

VIBRO_5_Porous_materials

MISC_Solvers

**Workshops:**

WS_VIBRO_1a_Ski_Cabin_Direct_Response

WS_VIBRO_1b_Ski_Cabin_Modal_Extraction

WS_VIBRO_1c_Ski_Cabin_Modal_Response

WS_VIBRO_2a_Ski_Cabin_Coupled_Compatible_DIRECT

WS_VIBRO_2b_Ski_Cabin_Coupled_Incompatible_DIRECT

WS_VIBRO_2c_Ski_Cabin_Coupled_MODAL

WS_VIBRO_3_Trim_Component

WS_VIBRO_4_Windshield_TL===========================================================

**VIBRO_Advanced**

**Theory:**

VIBRO_6_Composite_materials

VIBRO_7_pre_stress

VIBRO_8_Random_Excitations

VIBRO_9_Time_Domain_Analysis

**Workshops:**

WS_VIBRO_5_TL_exhaust

WS_VIBRO_6_Spatial_Component_Under_DSF

WS_VIBRO_7_Pressurization_Composite

WS_VIBRO_8a_Antenna_Masking_Effect

WS_VIBRO_8b_Antenna_Masking_Effect_Meshing

WS_VIBRO_8c_Antenna_Masking_Effect_EA

WS_VIBRO_10_Simplified_Solar_Panel

WS_VIBRO_11_TMM

WS_VIBRO_12_BCMesh_Cover_DO_NOT_USE_IN_THE_US_for_other_cases_ask_DD

WS_VIBRO_13_Structural_Connections

WS_VI_1_Gearbox_acoustic_mesh_creation===========================================================

**AERO_Basics**

**Theory:**

AERO_1_Theory

AERO_2_General_Organization

**Workshops:**

WS_AERO_1_HVAC_duct===========================================================

**AERO_Advanced**

**Theory:**

AERO_3_Advanced

AERO_4_Fan_Noise

**Workshops:**

WS_AERO_2_HVAC_duct_Advanced

WS_AERO_3_Fan_Noise

WS_AERO_4_Fan_Noise_MRF

WS_AERO_5_Side_mirror_noise===========================================================

**TM**

**Theory:**

TM_1_Coupling_Duct_Modes

TM_2_Convected_propagation

TM_3_Meshing_parameters

TM_4_Mean_flow_computation

TM_5_Theory_Broadband

TM_6_Theory_Sym_Asym

TM_7_Theory_iTM

**Workshops:**

WS_TM_1_Nacelle_NoFlow_Analysis

WS_TM_2_Mean_Flow_Computation

WS_TM_3_Nacelle_WithFlow_Analysis

WS_TM_4_Broadband

WS_TM_5_Sym-Asym

WS_TM_6_Bypass_Num_Modal_Basis

WS_TM_7_iTM

WS_TM_7_iTM_Annular===========================================================

**DGM**

**Theory:**

DGM_01_Theory

DGM_02_General_Organization

DGM_03_FWH_solver

DGM_04_KH_instabilities

DGM_05_Advanced

**Workshops:**

WS_DGM_1_Spherical_source_in_free_field

WS_DGM_2_Bypass

WS_DGM_3_Exhaust_with_Flow

WS_DGM_4_Optimization_and_Broadband

WS_DGM_5_BC_Mesh_gearbox===========================================================

**ACTRANforNASTRAN**

**Theory:**

ACTRANforNASTRAN_1_General_presentation

ACTRANforNASTRAN_2_Trim_modeling

ACTRANforNASTRAN_3_Projections

ACTRANforNASTRAN_4_Spec_NASTRAN_modes

ACTRANforNASTRAN_5_Output_Quantities

ACTRANforNASTRAN_6_SuperElements

**Workshops:**

WS_ACTRANforNASTRAN_1_TrimDashboard

WS_ACTRANforNASTRAN_2_LargeTrimmedBody

WS_ACTRANforNASTRAN_3_Superelement

ACTRIM_ACLOAD

WS_MSC_NASTRAN_PEM_20140**About Free Field Technologies (FFT)**

Free Field Technologies (FFT) is a leading global company focused on acoustic simulation and engineering services. Actran, FFT’s software product, leads numerous technology trends of vibro-acoustic and aero-acoustic modeling since 1998, when the company was founded by Prof. Jean-Pierre Coyette and Prof. Jean-Louis Migeot, two renowned pioneers in the domains of numerical acoustics.**About MSC Software**

MSC Software is one of the ten original software companies and the worldwide leader in multidiscipline simulation. As a trusted partner, MSC Software helps companies improve quality, save time, and reduce costs associated with design and test of manufactured products. Academic institutions, researchers, and students employ MSC’s technology to expand individual knowledge as well as expand the horizon of simulation. MSC Software employs 1,100 professionals in 20 countries.**Name:**MSC Actran

**Version:**(64bit) 15.0 with Training

**Home:**http://www.fft.be

**Interface:**english

**OS:**Windows / Linux

**Size**: 6.0 Gb**INFO/DEMO:**http://goo.gl/2iMxMj

**MSC Actran 15.0 with Training WiN LiNUX**

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