ANSYS Tutorial | Two-Cylinder Engine Mechanism in 20 Minutes! | Rigid Dynamics
ANSYS Tutorial | Two-Cylinder Engine Mechanism in 20 Minutes | Rigid Dynamics
In this tutorial, you’ll learn how to model and simulate a two-cylinder engine mechanism using the Rigid Dynamics system in ANSYS Mechanical. This method allows us to analyze the mechanism's motion without considering deformation, focusing only on the kinematics of rigid bodies.
📌 What You’ll Learn:
✅ Preparing rigid geometry in ANSYS SpaceClaim
✅ Creating revolute, cylindrical, and general joints
✅ Applying a joint load as an actuator with rotational velocity
✅ Running transient analysis in different RPM conditions
✅ Visualizing motion
Rigid dynamics is widely used in automotive, aerospace, and machinery design to study motion efficiently without complex meshing or material properties.
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0:00 0:30 Introduction
0:31 2:47 Description
2:48 6:30 Geometry preparation
6:31 12:40 Joints
12:41 12:54 Mesh
12:55 14:05 Joint load
14:06 14:38 Case 1: Analysis settings and solution
14:39 15:14 Result
15:15 16:00 Joint investigation
16:01 17:15 Result
17:16 18:17 Case 2: Analysis settings & joint load
18:18 19:41 Results
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