Structural & Thermal Analysis
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Structural & Thermal Analysis
Structural and thermal analysis is where the industrial application of FEA methods began and is still the most common application today. Although many 3D CAD systems have basic capabilities embedded within their products, the key to successful analysis is understanding how to set up your models and interpret the results correctly – including the importance of quality meshing.
When implemented correctly, FEA can yield many benefits over traditional hand calculation methods or prototype testing in terms of productivity and innovation. However, inaccurate or wrong results due to poor guidance from the FEA software or your training provider can lead to uninformed decision making or much worse. Wilde has been involved in the assessment of stresses within structures since formation in 1980. Today, we provide a powerful combination of leading software and a large, highly skilled and experienced technical services team offering support, consulting and training.
Case Studies
Structural Analysis of a Pipeline Closure System using 2D...
Improving Manufacturing by Simulation: Processes, Microst...
Plastic/Rubber Electronics Hardware Enclosure Analysis fo...
Contact Stress Analysis of a Mechanical Valve Rotator
Rubber Seal Design Assessment for Offshore Applications
Ocean Wave Converter Analysis for Renewable Energy Source
Offshore Lighting Design Investigation using Structural FEA
Crane Rail Fastening System Assessment including Bolt Pre...
Human Skull Meshing & Analysis from Scanned Geometric Data
Implementation of ANSYS for Flexible Coupling Analysis at...
Stiffness Assessment of Power Transmission Coupling
Structural & Thermal Software
Structural mechanics solutions from ANSYS offer best-in-class simulation tools for product design and optimisation that can increase your productivity, minimize physical prototyping and help you deliver better and innovative products in less time.
With bi-directional CAD connectivity, an automated project level update mechanism, pervasive parameter management and integrated optimisation tools, the ANSYS Workbench user environment can help you deliver increased productivity when undertaking FEA and CFD.
In addition to class-leading general purpose mechanical analysis products, ANSYS provides specialised structural and hydrodynamic capabilities for the offshore industry, including code checking within an add-on module for the ANSYS Structural Mechanics products. If you are undertaking oil, gas or...
High-Performance Computing (HPC) and parallel processing can significant increase both the throughput and application of simulation, enabling the rapid evaluation of design concepts and enabling efficient optimisation studies. ANSYS HPC products support the full range of ANSYS solvers and maximis...
NISA is a mature comprehensive suite of general purpose finite element programs for mechanical applications. It is particularly popular as a cost effective FEA option and worth considering if you are looking for a system to create finite element models from scratch as well as using CAD models. It...
