Assembly Mechanisms: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
|||
Line 1: | Line 1: | ||
=README= | |||
There's only so many ways things are attached together. Whenever you see a mechanical connection, try to find what assembly mechanism it uses! | |||
*One piece, like a continuous block of steel. | |||
*Soldered, brazed, or welded, like connecting copper to copper using molten-then-cooled tin-copper alloy. | |||
*Adhered, like glue sticking paper to paper | |||
*Fastened with thread, like with a machine screw or a bolt and nut. | |||
*Pressure differential, like with suction cups. | |||
*Plain contact, like a picture frame mounted on the head of a screw in the wall. | |||
*Friction, like a semi-compressed spring holding itself inside a round tube | |||
*Weave, like a uniform cotton fabric pattern | |||
=Intermolecular= | =Intermolecular= | ||
<gallery perrow=6> | <gallery perrow=6> |
Revision as of 05:41, 6 January 2013
README
There's only so many ways things are attached together. Whenever you see a mechanical connection, try to find what assembly mechanism it uses!
- One piece, like a continuous block of steel.
- Soldered, brazed, or welded, like connecting copper to copper using molten-then-cooled tin-copper alloy.
- Adhered, like glue sticking paper to paper
- Fastened with thread, like with a machine screw or a bolt and nut.
- Pressure differential, like with suction cups.
- Plain contact, like a picture frame mounted on the head of a screw in the wall.
- Friction, like a semi-compressed spring holding itself inside a round tube
- Weave, like a uniform cotton fabric pattern