Tutorials

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Design of Geneva Wheel Mechanism with MOTION ANALYSIS in UNIGRAPHICS

4 0 Intermediate
A mechanism which used in motion picture film projectors to intermittently advance film through a film gate having a projection aperture. The film is moved or advanced by a Geneva Mechanism (also known as a “Maltese Cross”) until an image frame is in alignment with the projection aperture. Link to join our community: https://www.youtube.com/channel/UCVbjnpjSOH2BrLBYhqdXW4g?sub_confirmation=1
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Introduction to Dynamic Simulation [Part 4]

1 0 Beginner
Greetings 3DExperience Fans :) This video is the 4th part of our Introduction to Dynamic Simulation on CATIA 3DExperience R2021x. The topic of this new video is Axial Spring in Mechanism Systems Experience. The example that can well illustrate axial spring is a Ratchet Wheel. In one direction the wheel turn but in the other it is blocked by a pawl and cannot rotate. The spring is essential for the pawl to be in contact with the ratchet wheel. In this demonstration, you will create engineering connections, contacts and a spring. After doing that you will create a Dynamic scenario, but this time no need of gravity excitation, since it will not impact too much the result. Instead you will use a motor excitation on the Ratchet Wheel and study the motion of the Pawl. After running the scenario Mechanical Systems Experience, you will extract the traces of the pawl to improve the design. You will replace the motor by a position motor to rotate the wheel in both direction in order block the ratchet wheel with the pawl. To obtain good result you will play with the penetration max of the Simpletic Euler mode. Enjoy and remember to stay home! Hope this video will be helpful for you to learn more about 3DExperience :D Please Like, Comment, Share and Subscribe ;)
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Simulation to determine weld size in solidworks for beginnners

1 0 Beginner
https://youtu.be/rdcLC3yFZR0 So this video is basically for those who dont know what should be the weld size in ur welding well solidworks has inbuilt feature to calculate it if anybody want to learn how to use it check out the video dont forget to subscribe
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Tutorial - CATIA DMU Kinematics Jet Engine's Variable Inlet Guide Vanes(VIGV) Simulation

0 0 Intermediate
A gas turbine engine in which the angle of the inlet guide vanes can be changed to meet the requirements of the engine-operating conditions. These are normally in front of the first stage of an axial compressor and sometimes in the subsequent stages as well. Normally, they are closed during engine starting and low RPM, but they open progressively as the RPM is increased. At low RPM, the angle of attack of the low-pressure blades is kept moderate to avoid stalling. Variable-inlet guide vanes are not common in front of the turbine. 3D Design VIGV - https://grabcad.com/library/jet-engine-s-variable-inlet-guide-vanes-vigv-1 3D Design Jet Engine - https://grabcad.com/library/jet-engine-with-afterburner-model-1
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Jet Engine Simulation

0 0 Intermediate
Tutorial on Flow Simulation Of Jet Engine Using Solidworks
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fluid simulation in solidworks for beginners

0 0 Beginner
in this video you will learn 1. how to apply boundry conditions 2.how to plot graph 3. how to use equaitons and much more
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flow past a sphere in solidworks fluid simulation

0 0 Beginner
tutorial link : https://youtu.be/weAqjaAr6k4 flow past a sphere fluid simulation (time dependent in solidworks)
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LS-DYNA TUTORIAL #2 - What happens if the HAMMER 250 Kg reaches a steel plate ? - Conditions

0 0 Intermediate
Tutorial with software LS - DYNA how prepare simulation DROP TEST ( No linear dynamic Analysis) --------------------------------------------------------------------------------------------------------------------- Training: Download software LS-Pre­Post version 4.7 [FREE] : http://www.lstc.com/download Download model CAD [GRABCAD] : https://grabcad.com/library/drop-test-3 --------------------------------------------------------------------------------------------------------------------- #2 PART - Define loads, materials, type elements, initial velocity, boundaries The objective is to analyze the structural behavior of a steel plate with dimensions 700 x 700 x 4 mm after the impact suffered by the 250 kg hammer and a speed of 7.0 m/s equivalent to a free fall from a height of 2.5 m.
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Exhaust Manifold

0 0 Intermediate
Flow Simulation Of Automobile Exhaust Manifold using Solidworks
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LS-DYNA TUTORIAL #1 - What happens if the HAMMER 250 Kg reaches a steel plate ? - Conditions

0 1 Intermediate
Tutorial with software LS - DYNA how prepare simulation DROP TEST The objective is to analyze the structural behavior of a steel plate with dimensions 700 x 700 x 4 mm after the impact suffered by the 250 kg hammer and a speed of 7.0 m/s equivalent to a free fall from a height of 2.5 m.