Version 4.1 Demo. RecurDynTM 2002 RecurDyn User Conference

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1 Version 4.1 Demo RecurDynTM 2002 RecurDyn User Conference

2 What s New? Using Parasolid Kernel Solid Modeler Other Program Interfaces New Data Structure New & Improved Features

3 What s New? Using Parasolid Kernel Solid Modeler Other Program Interfaces New Data Structure New & Improved Features

4 Using Parasolid Kernel RecurDyn Version 4.1 uses Parasolid as its graphic kernel. Mass, mass center, and moment of inertia are calculated automatically. RecurDyn Version 4.1 provides the following functions for more convenient solid modeling.

5 Using Parasolid Kernel RecurDyn Version 4.1 uses Parasolid as its graphic kernel. Mass, mass center, and moment of inertia are calculated automatically. RecurDyn Version 4.1 provides the following functions for more convenient solid modeling. Body Editing Mode Body Editing Mode Parasolid Native File I/O

6 Solid Modeler Simple Solid User can create simple geometry and marker.

7 Solid Modeler Simple Solid User can create simple geometry and marker. 3D Curve 3D Curve Outline (3D) Spline (3D) Circle (3D) Arc (3D)

8 Solid Modeler Simple Solid User can create simple geometry and marker. 3D Curve 2D Profile 2D Profile Line (2D) Circle (2D) Arc (2D) Curve (2D)

9 Solid Modeler Simple Solid User can create simple geometry and marker. 3D Curve 2D Profile

10 Solid Modeler Surface Surface can be made by using splines and outlines Surface can be made by using Face surface Surface can be made by using profile Surface Spline Curve Solid Profile Spline surface Outline Curve Face surface Profile Sweep surface Profile Outline surface Extrude surface Spin surface

11 Solid Modeler Solid Solid can be made by using the Profiles Extrude geometry Spin geometry Sweep geometry Extrude geometry Spin geometry Sweep geometry

12 Solid Modeler Boolean Unite Subtract Intersect Unite Subtract Intersect

13 Solid Modeler Local operation Chamfer Fillet Shell Chamfer Fillet Shell

14 Other Program Interfaces Computer Aided Design RecurDyn // Solid Finite Element Analysis RecurDyn // Flex Controls System Modeling RecurDyn // Control

15 New Data Structure RecurDyn Version 4.1 has a completely new data structures and provides many functionalities. Multi Level Subsystem Main System Subsystem_1 Subsystem_2 Subsystem_...

16 New Data Structure RecurDyn Version 4.1 has a completely new data structures and provides many functionalities. Multi Level Subsystem New Subsystem Interface Main System or Subsystem_i Subsystem A Subsystem B Body A Interface marker Joint Joint Joint Body B Interface marker

17 New Data Structure Parameterization Parametric Point Parametric Value

18 New Data Structure Clone Body Properties of Clone Body Clone Body in Database Assembly with copied body

19 New & Improved Features New New Database Database Dialog Dialog New New Dialog Dialog Various Various Creation Creation Options Options Input Input // Output Output Dialog Dialog

So even though you are a beginner, it might be

20 New & Improved Features User Interface RecurDyn uses standard user interface of Microsoft Windows. So even though you are a beginner, it might be familiar to you. Multiple Document Interface Customizable User Interface

21 New & Improved Features Navigation The navigated point is brought the vertex, marker, parametric point, grid, center point of an arc, center point of a circle and centers of two side of a cylinder. In arc, circle and cylinder, When the cursor is near to circle, arc and a side of a cylinder, the point is navigated. Center of cylinder Parametric point Marker vertex Center of circle Center of arc Grid

22 Contact Module General Contact Force Circle To Curve Contact Contact between the Circle[Sphere] and the Curve Sphere To Sphere Contact Contact between the spheres Sphere To Surface Contact Contact between the sphere and the surface Surface To Surface Contact Contact between the Surfaces Curve To Curve Contact Contact between the curves

Contact Module Simple Geometry Contact -I Sphere To Cylinder Contact between the outside of a Sphere and the outside of a Cylinder Sphere To Box

23 Contact Module Simple Geometry Contact -I Sphere To Cylinder Contact between the outside of a Sphere and the outside of a Cylinder Sphere To Box Contact between the outside of a Sphere and the outside of a Box Sphere To Torus Contact between the outside of a Sphere and the outside of a Torus

24 Contact Module Simple Geometry Contact -II Sphere In Cylinder Contact between an outside of a Sphere and the inside of a Cylinder Sphere In Box Contact between an outside of a Sphere and the inside of a Box Sphere In Torus Contact between an outside of a Sphere and the inside of a Torus

25 Control Toolkit Simulink Control Algorithm Plant Input Plant Output Plant Model

26 Control Toolkit Computer Clock Simulink Sampling Times Control application time Control Algorithm Plant Input Plant Output Mechanical application time Plant Model

27 Control Toolkit

28 Version 4.1 Demo RecurDynTM 2002 RecurDyn User Conference

Introduction to Solid Modeling Parametric Modeling. Mechanical Engineering Dept.

Introduction to Solid Modeling Parametric Modeling 1 Why draw 3D Models? 3D models are easier to interpret. Simulation under real-life conditions. Less expensive than building a physical model. 3D models