CATIA V5 with DMU Kinematic Analysis of Mechanism with Clash
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Try Udemy for Business- catia part design
- kinematics
- Analysis of Mechanism
- Clash and interference
- basic English
- catia software
In this Course you are going to learn how to use Catia full part design and assembly modeling with type kinematics joints long with Analysis of Mechanisms and clash details for finding interference between two part or in assembly
1. Revolute Joint
2. Prismatic Joint
3. Cylindrical Joint
4. Screw Joint
5. Rigid Joint
6. Point Curve Joint
7. Roll Curve Joint
8. Cable Joint
Come join me in introduction to catia kinematic
- beginner
- professional
Welcome to Catia Kinematics course
In this course you are going to learn
>what catia kinematics is (catia stand for Computer Aided Three-dimensional Interactive Application)
>how it works
>what skills you need(to become a professional)
(By the end of the course you will have foundation knowledge of the field and a concrete plan on how to progress your career in catia)
(My Name is Sayeem and i will guide you in this catia kinematics course)
(i am professional product designer and i have done mechanical engineering and master diploma in product design)
And about course different type kinematics joints
1. Revolute Joint
2. Prismatic Joint
3. Cylindrical Joint
4. Screw Joint
5. Rigid Joint
6. Point Curve Joint
7. Roll Curve Joint
8. Cable Joint
Come join me in introduction to catia kinematic
Prismatic Joint
The Prismatic joint is a translation joint. It eliminates five degrees of freedom and allows only n translation. It is used when one part must slide in a specific linear direction with respect to another good example is the way a drawer apens and closes within a kitchen cabinet.
Cylindrical Joint
The Cylindrical joint is a translation and/or rotation joint. It eliminates four degrees of freedom, and allows one translation and one rotation (independent of each other). It is used to rotate and/or translate part with respect to another, both motions relative to a common linear axis. A good example is the way a periscope can be raised and lowered, and also rotated. one If required by the mechanism, a Cylindrical joint can be controlled by either a length Command, an angle Command, or both
Screw Joint
The Screw jotnt is a translaton and rotatlon , linked together with a speclied Pitch ratio. It elininates five degrees of trccdom andallews elthcr a tranlation or a rotation (he chosen one driving the other) Ie is used when one part ned to movarly wlile being roated wii respect to another parr (e.g. a nur being tightened on a bolt), or wh:n moving a part linearly caases it to rotate witrespect to another (eg a childs toy where a pknger is puthed to nake the toy spin).
Point Curve joint is a translation and rotation joint. It eliminates two translations, and allows three rotations and one translation (along a specified curve). It is used when a point on one part needs to follow a curve on another part. The free translation (along the curve) can be controlled using a length Command. However, none of the free rotations of a Point Curve joint can be controlled by Commands; the parts involved must also have joints with other parts in the assembly to eliminate these degrees of freedom. The Point Curve joint can only be used in the overall scheme of a mechanism with multiple joints.
The Roll Curve joint is a translation and rotation joint. It eliminates four degrees of freedom and allows one rotation (as a part 'rolls') and one translation (a distance along a curve). It is used when one part needs to move along another, maintaining contact without sliding (in other words, one rolls along the other). A good example is in a roller bearing where the inner bearing will spin while the outer bearing rotates about its center axis If required by the mechanism, a Roll Curve joint can be controlled with a length Command.
Cable Joints The Cable joint is a translation joint. It consists of two prismatic joints, considered sub - joints of Cable joint, which are linked with a Ratio. This joint is used when a translational motion of one part causes a translational motion of another, either at the same rate or based on a ratio. An example is in hydraulic mechanism where moving a piston in one cylinder causes a piston in another cylinder to move a different distance, depending on the volume. If required by the mechanism. a Cable joint can be controlled by one of the two length Commands.