Hire the Best Abaqus Specialists for any Job

The name and logo of this software suite are based on the popular calculation tool known as the abacus. It is developed with five software products:

• Abaqus/CAE (Interactive Licenses): CAE is the acronym for Complete Abaqus Environment. It is a software application that is used for modeling as well as analyzing mechanical components and (pre-processing) assemblies. Apart from that, it also helps to visualize the analysis result of finite elements.
• Abaqus/Standard: It is a general-purpose analyzer of finite-element that helps in employing an implied scheme of integration (traditional).
• Abaqus/CFD: It is a Computational Fluid Dynamics software application that offers advanced capabilities of computational fluid dynamics along with immense support for the phases of pre-processing and post-processing offered by Abaqus/CAE.
• Abaqus/Explicit: It is a special-purpose analyzer of finite-element that engages a direct integration scheme for solving systems that are highly nonlinear with many complex contacts under short-term loads.
• Abaqus/Electromagnetic: It is a computational electromagnetic software application that is responsible for solving advanced problems relating to computational electromagnetic.

History of Abaqus

Abaqus was initially written as ABAQUS. Version 1 of ABAQUS was designed and developed for a particular client called Westinghouse Hanford Company which utilized the software for analyzing assemblies of the nuclear fuel rod. In the early days, it was developed mainly for dynamic and non-linear static analysis of structures. Apart from that, it was also used for the transient and nonlinear steady analysis of conduction or heat transfer issues. It was primarily distributed through the Cybernet service of the CDC. The core product, gradually known as Abaqus/Standard was complemented by other packages of software including Abaqus/Explicit and Abaqus/CAE.

Features of Abaqus

Following are the features of the Abaqus software suite:

• It can solve high performance quickly so that the simulation turnaround time gets minimized.
• It has a powerful general contact capability to model complex interactions.
• It also involves the capabilities of advanced material modeling.
• It is responsible for a wide array of non-linear analysis processes such as explicit dynamics, structural stress, heat transfer, and thermal stress.
• It is developed with an advanced framework of linear dynamics.

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Benefits of Abaqus

The major benefits of Abaqus are mentioned below:

• It increases the productivity of engineering by standardizing the structural simulation.
• It can predict product behavior in the real world. This nature enables the companies to raise the reliability of the products.
• It is already configured with 3D experience, so no large-scale set-up is required along with huge installation time.
• It has the capability of reducing expensive physical testing significantly.
• It has exclusive features of GUI customization and scripting.
• It can easily use and submit expense reporting.
• It has access to HPC (high-performance computing) capabilities without the investment of hardware.
• It is freely available to all researchers, students, and educators of the university.

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Applications of Abaqus

The applications of Abaqus are depicted below:

• This FEA software is utilized in the temperature field for numerical analysis and transformation of phases in the analyzed process.
• It is applied in pre-processing and post-processing. Along with that, it has the capability to monitor the processing stage of the solver.
• It can create an input file that consists of the design of the engineers for a finite-element analyzer.
• It can execute a detailed analysis of the correlation between structure and mechanical properties of the component materials for visualizing the pre-established set of properties.

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