Adina System 8.5 - Finite Element Analysis Software

Adina System 8.5 - Finite Element Analysis Software
Adina System, Inc. | ISO | 224.6MB | 2009 | 5% recovery

ADINA software ADINA U.S. company's products, and is the only product technology is based on the finite elementanalysis of large general-purpose simulation platform. The company's founder and one of the leaders in software, is Massachusetts Institute of Technology professor KJBathe, he is also a finite element sector scientists.

Adina Only the whole system more than 200 M, but it contains a complete before and after the processor and solver and the solver function of range from the basic structure of analysis to solid-fluid interaction analysis, it is inconceivable that people think.

Contains the following modules:

ADINA-AUI (before and after the processing module)
ADINA-F (fluid analysis module)
ADINA (Structural Analysis Module)
ADINA-FSI (fluid-solid coupling analysis module)
ADINA-T (thermal analysis module)
ADINA-TMC (thermal structure coupling analysis module)
ADINA-TRANSOR (and dedicated CAD system interface), such as Pro / Eengineer, I-DEAS, AutoCAD / MDT, PATRAN

ADINA has a wide range of simulation capabilities in mechanical, automotive, material processing, aviation, aerospace, civil, electrical and electronic, military, bio-mechanics have applications in such areas.

ADINA-AUI
ADINA-AUI is the before and after all ADINA processing subroutine, which modeling and post-processing all the tasks provides a fully interactive graphical user interface. Individuals feel a bit chaotic interface, the upper part of a large number of tool buttons and the lower part of the command prompt window of the screen up a large space, the middle region of small poor graphics, 17-inch display is too small obvious. Button interface similar to the type of HyperMesh, But Adina is the window style.
ADINA-M
ADINA-M is the ADINA-AUI program in an annex, based on the core Paraolid to provide the functions of the three-dimensional modeling by ADINA-M can be ADINA-AUI program directly to create three-dimensional geometry. ADINA-M is in fact equivalent to a CAD software, like Pro / e, Solidworks and so on.

ADINA
ADINA program is the basic structure of the solver for solid, truss, beam, pipe, metal plate, shell and crannies provide diversification and general finite element analysis capabilities, material models with metal, soil and rocks, plastic, rubber, fabric, wood, ceramic and concrete and so on. ADINA analysis program has the following functions:
Effective linear analysis;
Small and large deformation and large strain;
Elastic-plastic, creep (Creep) analysis, including thermal effects;
Buckling and Postbuckling of (Post-buckling) analysis;
Statics and dynamics of the contact problem;
Iterative algorithm large-scale systems;
Efficient for all the analysis of the algorithm is scarce;
Statics and dynamics of the sub-structure analysis;
Analysis can increase or decrease in unit;
Frequency and mode superposition;
Spectral sensors, random vibration analysis;
Linear buckling analysis;
Wave propagation, shock wave analysis;
Structural vibration, harmonic analysis;
Acoustic fluid - structure interaction;
With the spread of crack fracture mechanics;
Users of the unit, model and load;


ADINA-F

ADINA-F program is fluid solver for compressible and incompressible fluid provides a world-class finite element solutions and the ability to control the flow, fluid can contain free surface and fluid, as well as fluid flow and structure of the interface between. Procedures for the use of an arbitrary Lagrangian Eulerian (ALE) formula.
ADINA-F program used is based on the finite element and finite volume discrete map, with a very comprehensive and efficient solution to address all of arbitrary geometry flows.

ADINA-T
ADINA-T is the thermal solver to solve the structure of solids and the heat transfer problem. It has powerful features, such as: arbitrary geometry between the surface radiation, cell life and death options and highly nonlinear material properties of the function.
ADINA-T has the following analytical skills:
2-D and 3-D conduction, convection and radiation;
Three-dimensional and shell structure;
Steady-state and transient conditions;
Arbitrary inter-surface radiation;
Option unit of life and death;
Over time and temperature dependent material properties;
Automatic time stepping;
Electrostatic, and piezoelectric seepage analysis;
Latent heat effects, such as: the conditions of solidification and melting;
Linked with ADINA;
ADINA-T is a unique feature of the radiation between the surface analysis, surface geometry can be arbitrary, free internal radiation blockage.

ADINA-FSI
ADINA-FSI program is fluid-solid coupling solver for the interaction with the structure of the fully coupled analysis of fluid flow (multi-physical fields) of the main tools. It ADINA and ADINA-F of all functions of all modules into a program, structure and fluid flow may use different idealized grid. It contains the free surface, the use of Euler's formula for arbitrary Lagrangian (ALE).
ADINA-FSI has been successfully applied in many fields, such as: automotive, industrial and medical fields. The following is the use of ADINA-FSI significant part of the case:
ABS anti-lock system analysis;
Fuel Pump Shock Absorber Analysis Analysis Analysis of iron lung (What is iron lung? An expert who knows?)

ADINA-TMC
ADINA-TMC procedure can be used to solve the following types of questions:
Fully coupled thermo-mechanical analysis;
Piezoelectric Analysis (with user-defined subroutine);
Analysis of soil consolidation (ADINA procedures recommended in the porous media equation to solve this type of problem);
In general, ADINA-TMC is mainly used to solve fully coupled thermo-mechanical problem. In such matters, the thermal effects of the structure of dissolved dissolved dissolved the contrary has also affected the structure of thermal dissolution.
A thermo-mechanical issues, including the following effect:
Plastic deformation as a result of materials generated heat;
Have come into contact with heat transfer between objects;
As a result of contact with the friction surface so that heat the surface;

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