About Course :
The SolidWorks Motion Course delves into dynamic analysis and simulation of mechanical systems using SolidWorks Motion. Participants explore kinematic and dynamic analyses, understanding mechanisms’ behavior, forces, and motion effects.
Through practical exercises and simulations, participants gain proficiency in modeling complex mechanical systems, predicting motion, and interpreting dynamic behavior to optimize designs for improved performance.
Key Course Highlights :
- Kinematic analysis and understanding motion behavior.
- Dynamic analysis for forces, torques, and motion effects.
- Simulating mechanical systems in SolidWorks Motion
- Analyzing and interpreting dynamic behavior in simulations
- Optimization strategies for enhancing mechanical system performance.
- Practical exercises and real-world simulations
Upon completing the SolidWorks Motion Course, participants will possess advanced skills in simulating and analyzing mechanical systems using SolidWorks Motion. They will adeptly perform kinematic and dynamic analyses, accurately simulate motion effects, interpret forces and torques, and optimize designs for improved performance. Participants will have the capability to predict and enhance mechanical systems’ behavior and motion, facilitating informed design decisions.
Syllabus :
- What is SolidWorks Motion?
- What is Motion Simulation?
- Understanding Basics
- Mass and Inertia
- Degrees-of- Freedom
- Constraining Degrees-of- Freedom
- Basics of Mechanism Setup in SOLIDWORKS Motion
- Rigid Body motion
- Objectives
- Motion manager
- Basics of Motion Analysis
- Motion with motor
- Motor input and force input type
- Gravity
- Forces and understanding forces.
- Results and plot
- Preparing 3D CAD model
- Interference detection
- Motion study mates
- Simulation with motor, force and gravity
- Running motion analysis
- Motion study plots
- Plotting results
- Validating results
- Component contact
- Analysis with Friction
- Translational Spring
- Magnitude of spring force
- Translational Damper
- Plotting results
Prerequisites :
- Proficiency in SolidWorks or fundamental knowledge of CAD software
- Understanding of mechanical engineering principles
- Familiarity with basic dynamics and kinematics concepts
Audience:
- Mechanical engineers and designers involved in machinery and system design.
- Professionals seeking expertise in dynamic analysis and motion simulation.
- Individuals aim to optimize mechanical system performance through simulations.
- Engineers interested in understanding and predicting motion behavior in complex systems.
Certificate:
On successful completion of the course and evaluation, the Certificate will be issued by aCADemix.
