ANSYS Mechanical Products
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Realize Your Product Promise™ Mechanical Products

Courtesy Dale Earnhardt, Engineering Inc. Transient analysis of rigid/flexible suspension mechanism using kinematic joints, springs and contacts The trusted ANSYS mechanical suite rapidly solves complex structural problems with ease. Courtesy Technische Universität Chemnitz and GHOST Bikes GmbH. Confidently predict and optimize how your product will behave with ANSYS advanced physics. Predictability is Paramount Use of ANSYS composite material models can lead to lightweight and strong products. Our solutions define layered composites and help your R&D team to understand potential failure....

Product Complexity ANSYS StructuralTM ANSYS MechanicalTM ANSYS ProfessionalTM Researcher ANSYS DesignSpace® Designer Level of Expertise ANSYS structural mechanics solutions offer a range of products that help users meet current requirements and plan for a seamless upgrade path for future needs. Designers and experts can share common databases while using different product levels. Productivity: In-Depth Understanding in the Shortest Possible Time Without the right tools, simulating your most complex products can be beyond challenging. After all, structural engineers should focus more on the...

“The ANSYS smoothing algorithms and control tools allow us to ensure the quality of the interpolated data as well as the robustness of the mapping procedure. Ultimately, this saves time in setting up our simulation models.” Hervé Chalons Mechanical and Structural Analysis Engineer Turbomeca Performance to Solve Large Models Faster Automated contact detection saves time during model setup. Current trends in simulation show the use of increasingly larger models, no matter the industry. Our structural solution incorporates parallel algorithms for a faster computation time: The entire solution...

Assemblies require modeling contact between parts as well as specific interfaces, such as gaskets. “We use ANSYS tools to calculate stress, stiffness, deformation and natural frequencies of critical vehicle components and subsystems. An important capability is advanced analysis of a variety of nonlinear materials.” Vladimir Pokras Analysis and Simulation Manager Liebherr Mining Equipment Co. ANSYS state-of-the-art technology empowers you to simulate every aspect of your product, from straightforward to complex. Robust Nonlinear Analysis The Right Material Model To understand and accurately...

“We use ANSYS as a virtual laboratory, since ANSYS code is really close to the actual physics. It assures you when something is a good idea — and demonstrates clearly when a design fails.” Benjamin Hagege Assistant Professor University of Technology of Compiègne Advanced Solutions Rigid and Flexible Bodies Mechanical systems can contain complex assemblies of interconnected parts undergoing large overall motion, such as in ground vehicle suspension assemblies, robotic manipulators in manufacturing processes, and aircraft landing gear systems. For a faster, more efficient solution to this...

Campbell diagrams identify critical speed of rotating structures over a range of variations of a system’s rotational velocity. Analysis of brake assembly for brake squeal: Combining nonlinear pre-stressing of structures and complex unsymmetric eigensolvers leads to accurate analysis. “The ANSYS environment represents a milestone in allowing simulation to be perceived as a standard and required activity in complex product development.” Riccardo Testi CAE Analyst Piaggio & C. SpA Brake Squeal Analysis: Vibration with Complex Contact Conditions Brake discs develop large and sustained...

Acoustics modeling of speaker using coupled field analysis Beyond Standard Applications Combining Other Physics To accurately model a product, you must consider its environment. For example, will the product experience thermal loads that affect the structure? Will it be part of a system controlled by electric or piezo-electric components? ANSYS tools enable you to compute thermal–structural, thermal–electric, piezo-electric and acoustics impacts. Strong couplings use coupled elements that carry all necessary degrees of freedom. Friction stir welding including heat generation due to friction...

For clarity and insight, look to ANSYS as a single resource for your advanced technology needs. The ANSYS structural mechanics suite delivers functionality — depth, breadth, a plethora of advanced capabilities and integrated multiphysics — providing confidence that your simulation results reflect real-world parameters. The comprehensive range of engineering simulation software provides access to virtually any field of engineering simulation that a design process requires. Organizations around the world trust ANSYS to help them realize their product promises. Importing and Preparing...

Fatigue analysis of wind turbine hub subjected to cyclic loading with varying direction and amplitude Design variations accomplished per day of 4 million DOF mode with contacts and nonlinear materials. Eight cores can compute nine models. The process helps designers learn about product variations with multiple design parameters. Design Analysis and Optimization Fatigue Analysis for Life Assessment To understand a design’s performance, you must identify the effect of all design parameters — which can easily lead you to all changes required to meet product requirements. ANSYS DesignXplorer™...

The ANSYS structural mechanics suite is greater than the sum of its parts: a complete set of interdependent tools designed specifically to make your products stronger, more durable, more innovative at the lowest possible cost and the least amount of time. ANSYS Mechanical Suite Geometry Midsurfacing operations on a thin structure Stress Analysis Composites Tools Drop test of gas container using explicit tools Definition of ply layup on turbine blade Composite failure analysis of turbine blade Erosion effects Post-Processing Archive Other ANSYS Engineering Simulation Capabilities CAD Design...