answersLogoWhite

0

A constraint which is not required or is extra, presence or absence of such a constraint does not effect the solution of problem

User Avatar

Wiki User

11y ago

What else can I help you with?

Continue Learning about Industrial Engineering

What three types of constraints can be applied to CAD sketchs or models?

Geometric Constraint, Parametric Constraint, and Assembly Constraint


What are different numeric constraints?

a constraint that deals with the complexity of an object.a constraint that deals with numbers and shapes.a constraint that... oh I don't know.lol i just made this all up.A constraint that can be described by a number value etc... 5 feet long, three inches tall


What is the theory of constraints (TOC)?

The Theory of Constraints (TOC) is a management philosophy developed by Eliyahu M. Goldratt, which focuses on identifying and managing the most critical limiting factor (constraint) that hinders an organization from achieving its goals. TOC emphasizes that improving this constraint will lead to enhanced overall performance and efficiency. The process typically involves five steps: identifying the constraint, exploiting it, subordinating other processes to the constraint, elevating the constraint, and constantly reassessing the system for new constraints. Ultimately, TOC aims to optimize the flow of resources and increase profitability.


How is a geometric constraint different from a numeric constraint?

Dealing with engineering or CAD, a geometric constraint deals with constraints such as parallel or perpendicularity. A numeric constraint deals with distances and size. Width, length, and depth are examples of these.--------Geometric constraints are constant, non-numerical relationships between the parts of a geometric figure. Numeric constraints are number values, or algebraic equations that are used to control the size or location of a geometric figure :)


What is the definition for Geometric Constraint?

More a technique than an application, geometric constraint solving consists of finding configurations of points, lines, circles, and other geometric figures constrained to have certain relations to each other. This sort of problem finds applications in a number of areas including computer aided design, molecular modeling, and robot motion planning.