Inertial force of motion example in SolidWorks

1. When we meet the same problem, after calculating the example, we analyze, but the diagram can't show..... How did you solve your problem?

2. I use SolidWorks to draw a ball. When the iron ball falls at the set distance, how much force it receives and how much deformation it has. Or apply a force to the part you draw, and how much deformation it receives.

3. 1、 Animation

animation can be used to dynamically simulate the motion of the assembly. Add a motor to drive the movement of one or more parts of the assembly. Use the set key code point to specify the position of assembly parts at different times
[animation uses interpolation to define the motion of assembly components between key code points.]< Basic motion (can be used in the core SolidWorks)

you can use basic motion to simulate motor, spring, contact and gravity on the assembly. The basic motion is calculated [taking mass into account]
basic motion calculation is quite a block, so you can use it to generate demonstrative animation using [physics based simulation]

3. Motion analysis (available in SolidWorks motion &? 8482 of SolidWorks premium
plug in)

you can use motion analysis to accurately simulate and analyze the effect of motion units (including force, spring, damping and friction) on the assembly
motion analysis uses powerful dynamic solver, in which material properties, mass and inertia are considered. You can also use motion analysis to plot simulation results for further analysis

the main difference is within<

simply,
Animation does not consider quality, material, inertia, etc
basic motion, considering mass, not material, inertia, etc
motion analysis considers material properties, mass and inertia, and can generate various result charts, such as curves of displacement, velocity, acceleration, reaction force, etc

4. Motion simulation is called motion example in SolidWorks, which has the following aspects:
1. Animation (can be used in the core SolidWorks). Animation can be used to animate the motion of the assembly:
A) add a motor to drive the motion of one or more parts of the assembly
b) use the set key code point to specify the position of assembly parts at different times. Animation uses interpolation to define the motion of assembly components between key points
2. Basic motion (can be used in the core SolidWorks). Basic motions can be used to simulate motors, springs, contacts, and gravitation on assemblies. The basic motion is calculated with mass in mind. Basic motion calculation block, which can be used to generate demonstrative animation using physics based simulation
3. Motion analysis (it can be used in SolidWorks motiontm plug-in of SolidWorks premium). Motion analysis can be used to accurately simulate and analyze the effects of motion elements (including force, spring, damping, and friction) on an assembly. Dynamic solver is used in motion analysis, and material properties, mass and inertia are considered in the calculation. Motion analysis can be used to further analyze the simulation results

no matter how specific the steps are, you can refer to the tutorial in this area.

5.

Motion simulation is called motion example in SolidWorks, which has the following aspects:

1. Animation (which can be used in the core SolidWorks). You can use animation to animate the motion of assembly:

A) add motor to drive the motion of one or more parts of assembly

b) use the set key code point to specify the position of assembly parts at different times. Animation uses interpolation to define the motion of assembly components between key points

Basic motion (can be used in the core SolidWorks). Basic motions can be used to simulate motors, springs, contacts, and gravitation on assemblies. The basic motion is calculated with mass in mind. Basic motion calculation block, which can be used to generate demonstrative animation using physics based simulation

3. Motion analysis (it can be used in SolidWorks motiontm plug-in of SolidWorks premium). Motion analysis can be used to accurately simulate and analyze the effects of motion elements (including force, spring, damping, and friction) on an assembly

The dynamic solver is used in the motion analysis, and the material properties, mass and inertia are considered in the calculation. Motion analysis can be used to further analyze the simulation results

extended materials:

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6. When you manually drag the gear in assembly mode, will the cam and connecting rod move? First determine if there is a problem with cooperation.

7. Maybe many people want to know this problem. What is the difference between animation, basic motion and motion analysis in SolidWorks motion examples? Now let's talk about the difference between animation and basic motion and motion analysis in SolidWorks motion examples:
[animation] is used in the core SolidWorks. Animation can be used to express and display the motion of the assembly: add a motor to drive the motion of one or more parts in the assembly. By setting the key code point, the position of assembly parts is specified at different times. Animation uses interpolation to define the motion of components between key points
[basic motion] is used in the core SolidWorks. The basic motion can be used to simulate the motor, spring, collision and gravity on the assembly The mass is taken into account when calculating the motion Basic motion] calculation is quite fast, so it can be used to generate demonstrative animation based on physical simulation
[motion analysis] is used in SolidWorks motion plug-in of SolidWorks premium. The function of motion analysis can be used to accurately simulate the assembly and analyze the motion unit (including force, spring, damping and friction) [motion analysis] a powerful dynamic solver is used, in which material properties, mass and inertia are considered. The motion analysis can also be used to plot the simulation results for further analysis

users can decide which of the three types of examples to use according to their own needs:
[animation]: it can generate demonstrative animation without considering mass or gravity
[basic motion]: it is able to generate a demonstrative simulation animation that considers mass, collision or gravity and is close to reality
[motion analysis]: considering the physical characteristics of the assembly, this example has the strongest computing power among the above three types. The deeper the user understands the physical characteristics of the desired motion, the better the calculation results.

8.

Contact is to add an association relationship between two unrelated components, so that one component can be moved in motion to make the other move. As shown in the figure, I add a motor to the dark blue component to make it move in a straight line. By adding contact, the Yellow component can move with the dark blue motion

9. Some simple actions are easier to do. It depends on your logical ability to do complex continuous actions. Let me teach you how to do simple actions first. First of all, open the assembly file, remember to move the parts do not fixed oh.. At least the moving direction of the part can't have "dead constraint". Next, click the motion example, click the automatic key code to make it in the automatic key code state, and then click the next time (the line corresponding to any time), and then drag the moving part to the position of the part at that time (this is determined by you, you can drag it to where you want it to be), Finally, click calculate. After calculation, play it again to see if it can achieve the effect you want ~ ~ I'm so tired, I don't know how to ask again~~~