Solidworks Simulation Professional Analiz Eğitimi

SolidWorks Simulation: In-CAD FEA Analysis for Design & Engineering

Unlock Powerful Finite Element Analysis (FEA) within SolidWorks

SolidWorks Simulation is a robust FEA program integrated directly into SolidWorks, widely used for stress, thermal, and other engineering analyses. Formerly known as COSMOS, SolidWorks Simulation has been a core part of the SolidWorks family since 2001. Its intuitive interface and accessible learning curve make it a valuable tool for both designers and engineers.

What You'll Learn in This Course

This training provides detailed knowledge of how to perform various analyses using SolidWorks Simulation Professional. You'll gain practical skills to:

• Master SolidWorks Simulation Professional: Learn the core functionalities for comprehensive engineering analysis.
• Perform a Wide Range of Analyses: Covering structural, thermal, and optimization simulations.
• Optimize Designs for Performance & Durability: Identify potential weaknesses and improve product reliability.

Who Should Take This Course?

This course is ideal for:

• Engineers: Gain advanced FEA skills for design validation and optimization.
• Designers: Evaluate designs early in the development process.
• Technical Instructors & Students: Learn and teach FEA principles.
• Anyone Interested in Analysis: Explore the power of finite element analysis.

Course Content Overview:

The training set includes pre-requisite theoretical knowledge and utilizes CAD data in Parasolid and STEP formats.

• Lesson 1: Frequency Analysis: Understand natural frequencies and mode shapes. Learn how to determine these characteristics and apply loads to analyze assemblies and individual parts under vibration. Crucial for ensuring structural integrity against dynamic loads.
• Lesson 2: Buckling Analysis: Analyze the buckling behavior of slender models under axial loading. Predict critical loads and design for stability.
• Lesson 3: Load Case Manager: Efficiently define and evaluate various load combinations to assess the impact on your model. Quickly manage primary and secondary load scenarios.
• Lesson 4: Submodeling: Improve accuracy and reduce computation time by refining the mesh only in localized areas of large models. Focus analysis on specific regions without re-running the entire simulation.
• Lesson 5: Topology Analysis: Perform parametric topology optimization to achieve maximum design freedom. This process considers loads, fixtures, and manufacturing constraints to redistribute material and create optimized geometries that meet mechanical and manufacturing requirements.
• Lesson 6: Thermal Analysis: Explore heat transfer methods (conduction, convection, and radiation). Learn to transfer thermal loads from thermal simulations to static structural analyses.
• Lesson 7: 2D Analysis: Perform 2D finite element analysis.
• Lesson 8: Drop Test Analysis: Simulate the effects of impact loads using drop test analysis.
• Lesson 9: Optimization Analysis: Optimize designs based on specified criteria.
• Lesson 10: Pressurized Vessel Analysis: Analyze the structural integrity of pressurized vessels.

Benefits of SolidWorks Simulation

SolidWorks Simulation's user-friendly interface and online learning resources empower designers and engineers to perform powerful FEA analyses with ease.

We hope this training provides valuable insights for all who undertake it!