Products
Structural Analysis & Simulation
Software Solutions
Optimize performance, enhance durability, and ensure reliability with our cutting-edge structural analysis tool
Overview
Structural Analysis
Software
Ansys offers structural analysis software solutions that enable engineers of all levels and backgrounds to solve complex structural engineering problems faster and more efficiently. With our suite of tools, engineers can perform finite element analyses (FEA), customize and automate solutions for structural mechanics challenges and analyze multiple design scenarios. By using our software early in the design cycle, businesses can save costs, reduce the number of design cycles and bring products to market faster.Having seamless capabilities to connect easily to other physics analysis, ANSYS structural analysis software is used throughout the industry to optimize design.
Products
Structures Products
Simulate stress, strain, and deformation to ensure product strength and reliability. Optimize designs for durability and performance under real-world operating conditions.
Solve broad structural analysis needs with a suite of finite element analysis (FEA) solutions that provides in-depth analysis of structural and coupled-field behaviors.
- Easy to Use, Multi-Purpose Tool.
- Persistent, Dependable Solver Technology
- Dynamic, Integrated Platform
Engage with a powerful, explicit simulation tool with integration into Ansys Mechanical. A large array of capabilities and material models enable complex models with great scalability.
- Tackle simulations that are highly nonlinear
- Simulate extreme deformation problems
- Solve multiphysics problems with Incompressible CFD (ICFD), Electromagnetics (EM) and CESE /Compressible CFD and Chemistry solvers
This multibody dynamic solver for analysis of rigid and flexible bodies is capable of accurate evaluation of physical events through the analysis of a whole system.
- Implicit Integration Method for Stable and Accurate Solutions
- Fast and Accurate Analysis Within a Single Solver System
- Solver Technology Delivers Unparalleled Speed
Key Feartures
Easily handle the complexity of varied design environments with a range of analytical tools that enable you to meet performance goals and ensure long-term reliability.
Workbench
Workbench Workbench enables connections between analysis systems. For example, a prestressed modal analysis or fluid structure analysis.
Strength Analysis
Strength Analysis The strength of components sits as a key requirement in understanding a product’s performance, lifecycle and possible failure modes.
Mechanical loading, thermal stress, bolt tension, pressure conditions and rotational acceleration are just some of the factors that dictate strength requirements for materials and designs. Our products ensure your product’s viability and safety by predicting the strength required for the loads your design will experience in service.
Vibration
Vibration Vibration can be an undesired side effect of poor product design or the environment in which the product is operating.
It can have a substantial impact on durability and fatigue, leading to a shorter service life. You need to understand how your designs will respond to vibrations from phenomena such as brake squeal, earthquakes, transport and acoustic and harmonic loads to predict the behavior of products and components. Structural simulations can provide this understanding and help you to overcome your toughest vibration challenges.
Thermal Analysis
Thermal Analysis The effects of heat and thermal management on parts and assemblies is becoming increasingly critical as performance limits are pushed further by the need to have lighter, smaller and more efficient designs.
Convection, radiation and conduction loads are obvious, but the need to include the effect of power losses and thermal energy from friction and external sources such as pipe flows means that analysts need to have more tools at their disposal to simulate thermal models accurately.
Durability
Durability Building durable products is key to reducing warranty costs and increasing reliability. Being able to understand how designs will behave over time as load cycles increase helps you avoid unexpected failures.
Fatigue or lifing analysis is a key enabler in building this product durability knowledge.
Impact
Impact Impact between two or more bodies is modeled by the Ansys structural family of programs, including mechanical, explicit dynamics and rigid body dynamics.
Drop tests are ideal candidates for an impact analysis. These impact analysis programs calculate the forces between two or more colliding bodies and the resultant deformation or damage.
Structural Optimization
Structural Optimization Ansys optimization technology includes parametric, shape (mesh morphing) and topology optimization.
It enables you specify where supports and loads are located on your model and lets the software explore the design space. For example, you can easily perform lightweighting of structures, extract CAD shapes quickly and explore designs and process parameters for additive manufacturing.
Rigid and Multi Body Dynamics
Rigid and Multi Body Dynamics Mechanical devices can contain complex assemblies of interconnected parts undergoing large overall motions.
Examples could include suspension assembles in ground vehicles, robotic manipulators in manufacturing processes or gear systems within electric drivetrains. Simulating the motion of these systems gives insight into their performance over the range of dynamic loading experienced when in operation.
Hydrodynamics
Hydrodynamics Offshore structures are subjected to environmental loading from the effects of waves, currents and wind.
The design requirements for these structures can be quite different from traditional land-based constructions. Simulating the loading and the effects of these factors on structural response is a necessary component of the design. Ansys provides capabilities that can reproduce these loading conditions and responses across a broad range of applications. Ansys has solutions for different requirements depending on the specific application, from simplified models for truss type structures to high-fidelity simulations that include all aspects of the fluid loading environment.
Composites
Composites The light, strong and versatile properties of composite materials make them attractive for many types of manufacturing.
Composite materials like carbon fiber, typically used in the aerospace and automotive sectors, are being used increasingly in energy, sports, construction and marine applications. Their composite nature, however, makes accurate simulation a challenge. Ansys offers a complete suite of tools to help you overcome this challenge.
Additive Manufacturing
Additive Manufacturing Ansys Additive Solution delivers the critical insights required by designers, engineers and analysts for a successful Additive Manufacturing Process, to avoid build failures and create parts that accurately conform to design specifications.
This comprehensive solution spans the entire workflow — from design for additive manufacturing (DfAM) through validation, print design, process simulation and material analysis.
Multiphysics
Multiphysics A vast range of multiphysics capabilities from simple thermal structural analysis to coupled field analyses using finite element analyses are available.
Our entire Ansys portfolio looks at the effects of electromagnetic, structural, fluid and thermal forces in combination. As a result, it predicts product performance with greater accuracy and provides seamless data transfer between physics solutions.
Visioneering
Recent Events & Webinars
Discover how engineering simulation is expanding across the entire product lifecycles.
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Blogs & Trends
Discover how engineering simulation is expanding across the entire product lifecycle. engineering / product design analysis by modeling & simulation.
Innovative Simulations Summit 2024
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Ansys Multiphysics Conferences
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Ansys Multiphysics Conferences
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Innovative Simulations Summit 2024
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Innovate
Breaking News &
White Paper
Discover how engineering simulation is expanding across the entire product lifecycle.
Smart Strategies for Large Structural Simulations
One way to gauge the progress of engineering simulation software is through the lens of size. Engineers today routinely run structural simulations with a few million degrees of freedom, and the largest commercial structural simulations have topped even 100 million degrees of freedom.
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Studies
Case
Explore Case Studies
Qantur Technologies is a pioneer engineering simulations company based in Gurgaon –India. We provides expert Computer Aided Engineering – CAE consulting services for engineering / product design analysis by modeling & simulation.
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Testimonials
Customer Testimonials
Bengal Industries Pvt. Ltd
Highly informative ANSYS Mechanical training resolved contact, meshing, fatigue challenges, delivered professionally with structured sessions and dependable post-sales support.
Sneha Iyer — Simulation & Validation Lead
Strong CFD expertise and reliable consulting achieved high accuracy, building confidence and establishing a preferred partnership for complete ANSYS simulation solutions.
Aditya Rao — Senior FEA Specialist
Insightful ANSYS training enhanced analytical skills through expert guidance in FEA, CFD, geometry, meshing, and modeling for students and faculty.
Nikhil Bansal—Product Engineering
Outstanding ANSYS implementation and consulting delivered timely FEA and CFD support, strengthening team capabilities through structured, high-value training sessions.
Ananya Mehta — CAE Project Lead
Advanced ANSYS HPC and CFD solutions enabled effective hydro turbine simulations, supported by expert training, technical guidance, and reliable support.
Saurabh Joshi — Senior Mechanical Engineer
Customized SpaceClaim training with hands-on workshops improved modeling skills, supported by proactive guidance, tailored sessions, and strong application engineering expertise.
Pooja Shah — CFD & Thermal Analysis Lead
Advanced drone development benefited from ANSYS expertise, delivering effective FEA and CFD solutions, training, and support for complex engineering challenges.
Manish Gupta — Engineering Analysis Manager
Innovation in autonomous drones improved through ANSYS implementation, expert FEA, CFD consulting, and training for better validation, performance, and efficiency.
Arjun—Head – Engineering Analysis
Significant R&D improvements achieved through ANSYS expertise, accelerating validation, optimizing performance, and solving complex engineering challenges with expert support.
Rahul Mittal — Head of R&D
Rail solutions enhanced using ANSYS ICEPAK and Mechanical, delivering expert training, strong FEA, CFD support, and deeper understanding of core physics.
Vikram Sharma — Lead Engineer – Simulation
Responsive CFD support and training enabled faster validation, solving meshing challenges and strengthening R&D team’s simulation and design capabilities effectively.
Neha Kapoor — Manager – R&D
Reliable ANSYS implementation and FEA expertise delivered consistently under challenging conditions, demonstrating professionalism, technical strength, and strong project commitment.
Arjun Mehta — Senior Simulation Engineer
Engineering capabilities improved with ANSYS Mechanical expertise, optimizing components through hands-on training, prompt support, and strong FEA knowledge application.
Rohan Malhotra—Engineering Manager–CAE
Exceptional ANSYS expertise combining LS-DYNA and Mechanical training, supported by proactive guidance, solving complex challenges with professionalism and customer-focused collaboration.
Priya Nair — Lead CFD Engineer
Informative ANSYS Mechanical training enhanced analytical skills, delivered smoothly with strong coordination, structured sessions, and excellent trainer support throughout program.
Amit Verma — Senior Design Engineer
ANSYS FEA and CFD expertise improved product reliability, optimization, and efficiency through strong consulting, implementation, training, and dedicated technical support.