Objectives-computerized scheduling and control manufacturing, Mechanical Engineering

Objectives

After studying this section, you should be familiarized about:

  • The typical job shop scheduling problem,
  • Characteristics of computer controlled scheduling,
  • Dynamic machine routing, and
  • Short-term control and scheduling.

 

Posted Date: 3/5/2013 6:58:31 AM | Location : United States







Related Discussions:- Objectives-computerized scheduling and control manufacturing, Assignment Help, Ask Question on Objectives-computerized scheduling and control manufacturing, Get Answer, Expert's Help, Objectives-computerized scheduling and control manufacturing Discussions

Write discussion on Objectives-computerized scheduling and control manufacturing
Your posts are moderated
Related Questions

Applications with Medium Laser Power   Several laser welding applications have recently evolved in this power range of 1 to 10 kW. Because, the laser provides a basis for co

Bore - Thermodynamics: The inner diameter of engine cylinder is called as bore. It can be measured by a vernier calliper or bore gauge. As engine cylinder wears out with the p

Q. Functions of geometric modeling? Design Analysis • Evaluation of area, volume, mass and inertia properties. • Interference checking in assemblies. • Analysis of

Piston Area : The area of a circle of diameter equal to the cylinder bore is called the piston area and is designated by the letter A and is usually expressed in square centimetr

Determine the diameter of wire - close coiled helical spring: A close coiled helical spring has to absorb 100 N-m of energy while compressed to 10 cm. The coil diameter is 10

Determine least value of work: Q . Determine least value of W as shown in the figure given below to keep the system of connected bodies in equilibrium µ for surface of c

The following data were obtained in a boiler trail: Mass and temperature of feed water: 680 kg/hr and 20 0 C, Steam temperature and its pressure : 15bar and 300 0 C, Coal used

Problem - Newton's Second Law in 2D A tow truck tows a 1000-kg car by applying a force of 1000 N north-northeast (67.5° above the x-axis).  a)  What are the components of th