Move the lever closer to the correct position, then apply the mate. The lever mates to the correct position. Back to Top A component will not move when I try to drag it. Why? Do these checks: Check if the part has mates that restrict movement. A tooltip appears if the part is ful...
Interestingly, the user has control over how the parts can move. It’ll limit movement to the slot automatically, but the mate can also be locked to a specific point, either a percentage along it, to a mid-point or to a fixed distance. The second is that when laying out belts and ch...
Limit Allows components to move within a range of values for distance and angle mates. Mate alignment Toggle the mate alignment as necessary. Aligned Vectors normal to the selected faces point in the same direction. Anti-Aligned Vectors normal to the selected faces point in opposite directions.Mec...
Wherever the triad is in the graphics area, it controls the tool body movement. Drag the triad to push the tool body into the target body to deform the target body. If the triad is positioned outside the model body, when you drag starting from the triad, only the tool body moves; ...
This will make the Pendulum heavier which means the Pendulum will have a greater effect on the movement of the carriage. The objective of this exercise is to find the relationship between angular displacement and velocity of the Pendulum and by using a heavier Pendulum, this relationship should ...
Move the lever closer to the correct position, then apply the mate. The lever mates to the correct position. Back to Top A component will not move when I try to drag it. Why? Do these checks: Check if the part has mates that restrict movement. A tooltip appears if the part is fully...
Move the lever closer to the correct position, then apply the mate. The lever mates to the correct position. Back to Top A component will not move when I try to drag it. Why? Do these checks: Check if the part has mates that restrict movement. A tooltip appears if the part is fully...
Control assembly movement and define the design intent. For example, you can constrain a shaft to remain concentric to the cylinder in which it moves. Use mate tools to add mate relations that control the movement of parts: Standard mates specify standard mate relations between components, ...
A hinge mate limits the movement between two components to one rotational degree of freedom. It has the same effect as adding a concentric mate plus a coincident mate. You can limit the angular movement between the two components. Advantages of hinge mates: When modeling, you need to apply ...
A hinge mate limits the movement between two components to one rotational degree of freedom. It has the same effect as adding a concentric mate plus a coincident mate. You can limit the angular movement between the two components. Rack and Pinion Mates With rack and pinion mates, linear tra...