The extremely short deadlines for the introduction of new technical products, machines, mechanisms, and vehicles, as well as the increasing requirements of the legislation for the safety and reliability of any technical products, require the application of new approaches and methodologies in the development process. Computer-aided mathematical simulations are an indispensable tool for the engineer to predict and guarantee the functional parameters of the product being developed, as well as to ensure its reliability and safety.

The SIMULIA / ABAQUS product package offers powerful and complete solutions for both routine and complex engineering problems spanning a wide range of industrial applications, such as;

- dynamic vibrations,

- modeling of processes of damage and destruction,

-modeling when developing new materials,

- modeling of the processes of impact and shock interaction of bodies,

-thermal interaction

SIMULIA / ABAQUS is a software package based on the finite element method built on a modular basis, according to its field of application:

· ABAQUS / CAE

· ABAQUS / STANDART

· ABAQUS / EXPLICIT

· ABAQUS Multiphysics

Enables the rapid and effective creation, editing, monitoring, diagnostics and visualization of problems extended through ABAQUS. The user interface integrates modeling, analysis, task management and visualization of results in a consistent, easy-to-use environment, easy to learn for new users, but at the same time extremely productive for experienced professionals.

ABAQUS / STANDARD

ABAQUS / STANDARD uses solution technology suitable for static and low-speed dynamic events. Abaqus Standard has the following modules:

- VCCT for Abaqus

- Abaqus / AMS

- Abaqus / Design

- Abaqus / Aqua

- Interface Products

Abaqus / Explicit is suitable for simulating short transient dynamic events such as consumer electronics testing, car accidents, and ballistic impact. ABAQUS / Explicit's ability to effectively deal with strong nonlinear behavior, such as contact, makes it very attractive to simulate quasi-static events, such as rolled on hot metal and slowly crushing energy-absorbing objects. ABAQUS / Explicit is supported in the ABAQUS / CAE modeling environment for all common pre- and post-processing needs.

Abaqus Multiphysics enables the use of the same finite element model, the same finite element library, the same material data and the same load history. ABAQUS's structured model can easily be extended to include additional physical interaction when solving a wide range of conjugated tasks. No additional tools, interfaces or simulation methodology are needed. It is suitable for solving the following conjugated tasks: Abaqus / CFD; Coupled Eulerian-Lagrangian; Hydrostatic-Fluid-Mechanical; Piezoelectric-Mechanical; Structural-Acoustic; Thermal-Electric; Thermal-Mechanical; Thermal-Fluid-Mechanical; Structural-Pore Pressure

Software package for the purchase of simulations from different software packages and different disciplines in an automated process.

Carrying out structural and fluid optimizations. With Tosca, optimizations can be performed in conjunction with some of the most popular FEA programs, such as; Abaqus, ANSYS, MSC Nastran, as well as the CFD codes STAR-CCM + and ANSYS Fluent.

The SIMULIA / ABAQUS product package is a powerful cost-cutting tool in the process of developing new products by reducing the number of actual prototypes at the expense of computer simulation. Simultaneously, SIMULIA / ABAQUS gives companies a competitive edge by reducing the time from conceptual design to product launch.

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