What’s New in SOLIDWORKS Simulation 2025 New Enhancements – Part2
Pradeep Arikella
December 20, 2024
In my previous blog, “What’s New SOLIDWORKS Simulation 2025 New
SOLIDWORKS SIMULATION
Get Design Insights To Drive Innovation
SOLIDWORKS Simulation Software for FEA Analysis
SOLIDWORKS Simulation is an easy-to-use portfolio of structural analysis solutions using Finite Element Analysis (FEA) to predict a product’s real-world physical behaviour by virtually testing CAD models. Leveraging the familiar SOLIDWORKS 3D CAD environment, this extensive technology isn’t just about making sure your product works, it’s about understanding how your product will behave in the real world. The portfolio of simulation solutions offers everything designers need—from entry-level to more advanced capabilities—for linear, nonlinear static, and dynamic analysis.
Conceptia Konnect is the authorized reseller of SOLIDWORKS Simulation and SIMULIA in Bangalore, Chennai and Kerala. You can contact us to get SOLIDWORKS Simulation Software product capabilities , detiailed product demo, and request for a quote.
Conceptia Konnect is the authorized reseller of SOLIDWORKS Simulation and SIMULIA in Bangalore, Chennai and Kerala. You can contact us to get SOLIDWORKS Simulation Software product capabilities , detiailed product demo, and request for a quote.
SOLIDWORKS Simulation Features
Linear Stress Analysis
SOLIDWORKS Simulation Linear Stress Analysis enables engineers to calculate stresses and deformations due to internal and external loads and validate the quality, performance, and safety of your design.
Finite Element Analysis(FEA)
Using SOLIDWORKS Simulation Finite Element Analysis we can validate the performance and safety factors of the design.
Dynamic Analysis
Dynamic Analysis enables to determine the impact of dynamic loads and structural responses of the design.
Vibration Analysis
SOLIDWORKS Simulation Vibration Analysis enables to determine design’s response to vibrations and gives Stresses, deformation, velocity, and acceleration as results.
Non-Linear Analysis
SOLIDWORKS Simulation Non-Linear Analysis enables to calculate stresses and deforms under general loading and material conditions.
Frequency Analysis
The designs which subjected to the dynamic environment, must gone through the SOLIDWORKS Simulation frequency analysis using dynamic design studies.
Thermal Analysis
SOLIDWORKS Thermal Analysis helps to calculate temperatures and heat transfers between the components of the assembly.
Buckling Analysis
Buckling Analysis to calculate the load factor at which a structure will lose its compressive stiffness and collapse, causing failure.
SOLIDWORKS Simulation Packages
Choose the right package from suite of SOLIDWORKS Simulation Solutions and accelerate the design process. These packages will help in reduce prototyping and physical testing costs.
SOLIDWORKS Simulation
Standard
SOLIDWORKS Simulation Standard is offering an intuitive virtual testing environment for linear static, time-based motion, and fatigue simulation. SOLIDWORKS Simulation Standard helps to predict design strength, design life expectancy, part interaction, and a variety of additional tools easily & effectively.
SOLIDWORKS Simulation Professional
SOLIDWORKS Simulation Professional adds to the SOLIDWORKS Simulation Standard capabilities which enable engineers to detect design defects in less time. SOLIDWORKS Simulation professional offers to Simulate frequency OR Buckling, topology study, Structural optimization study, Analyze Assembly motion, Analyze Thermal loads, and Drop test analysis.
SOLIDWORKS Simulation
Premium
SOLIDWORKS Simulation Premium is adds to the capabilities of SOLIDWORKS Professional and it is a powerful FEA solution that enables to do nonlinear analysis, dynamic analysis, offload simulation, and composite material analysis. Designers can simulate complex, real-world operating conditions by including nonlinear material models and dynamic loading scenarios.
Download SOLIDWORKS Simulation Product Matrix
Learn More About SOLIDWORKS Simulation
SOLIDWORKS Simulation Datasheet
SOLIDWORKS Simulation provides easy-to-use structural analysis capabilities, fully embedded within SOLIDWORKS, enabling you to accurately predict product...
Structural Performance Engineer Role
Structural Performance Engineer boosts innovation in product engineering and foster collaboration through fast, realistic and accurate simulation with...
Failure Fatique Analysis in SOLIDWORKS Simulation
Carry out fatigue analysis and predict component fatigue failures during the design phase with CAD-embedded SOLIDWORKS Simulation.
Our Customer Testimonial
“SOLIDWORKS has been extensively used for design of prototypes and components, which helped in effective validation of ideas.”
Rajeev Chandrasekharan – CEO
FeatherDyn Private limited
SOLIDWORKS Simulation FAQs
SOLIDWORKS Simulation comes in different “bundle”, or applications, designed to best suit the needs of different user. The suitable Simulation package can be identified based on your type of analysis such as..
- Structural Simulation
- Flow or Thermal simulation
- Plastic mold flow
SolidWorks simulation is a powerful FEA tool wherein customer can test their products before going for manufacturing thereby reducing expense process of Physical Prototyping which helps in reduced development costs, quicker development times leading to reliable and robust Product.
SolidWorks Simulation helps designers to –
SolidWorks Simulation helps designers to –
- Design for Strength – To validate the maximum loading carrying capacity of component without causing failure.
- Design for Life – Estimate the life of component to assess the product reliability.
- Design to Optimize – Optimize the product weight without comprising on Strength.
SolidWorks is currently being in various industry verticals across the world. Some of the Major and Key industry sectors are :
- Industrial Equipment
- Life Sciences & Healthcare
- Aerospace & Defense
- High Tech
- Energy & Materials
- Transportation & Mobility
Related Blogs
How to find Resonance Frequencies in SOLIDWORKS Simulation
Pradeep Arikella
December 12, 2024
Finding the Natural Frequency and Mode shapes of Mechanical structures