Motion and Constraints
The 3 motions we've studied
What are rotation, translation, and helical?
We also call this stiffness.
What is tensile strength?
The guide for a door opening
What is a rotational guide?
Guides are included in this drawing.
What is a Technical Diagram?
A rotation to rotation system can be described as this.
What is motion transmission?
The force that crushes an object
What is compression?
Electrical wires possess this type of property.
What is ductility?
This characteristic means that the object has NO linking components.
What is a direct link?
The names of the affected parts can be found in this type of drawing.
What is a Design Plan?
The smaller wheel always turns [blank].
What is faster?
The constraint that bends a material
What is deflection?
A well-built skyscraper should possess this property.
What is resilience?
This characteristic implies that one part of the object can move without the other.
What is partial?
A 2:1 scale is this type of scale.
What is an Enlargement Scale?
Reversibility occurs when [blank]
What is when the driver becomes the driven and vice-versa?
A bridge collapsing is this type of constraint
What is shearing?
It is the description of a plastic deformation.
What is when an object is permanently deformed but remains functional?
It is the linking characteristic opposite of flexible.
What is rigid?
This is the angle we need to draw an isometric projection.
What is 120 degrees?
A worm and worm wheel is this type of motion system.
What is motion transmission?
It is a rotational motion that doesn't have a pivot point
What is a helical motion?
This is the deformation that occurs when you rip apart wrapping paper
What is fracture?
A door and its frame has these 4 linking characteristics.
What are indirect, rigid, removable and partial?
These are the 6 views of a multiview projection.
What are front, back/rear, top, bottom, left side and right side views?
This is used to denote counterclockwise rotation.
What is CC?