Sentence examples for components of an assembly from inspiring English sources

This paper proposes an efficient algorithm for optimum allocation of tolerances among components of an assembly with an objective to minimize the total cost of manufacturing while meeting the tolerance specifications of the assembly.

Different approaches for design and autonomous operation of assembly will be explained and future trends towards fully autonomous components of an assembly system as well as autonomous parts and products will be discussed.

Reconfigurable assembly fixtures are major components of a reconfigurable assembly system.

Other major advantages of this method are the ability to fit all the components of a given assembly simultaneously and its ability to allow straightforward integration of additional information about the assembly into the method.

Available acceptance and rejection criteria for discontinuities in steel components of a welded assembly focus only on a minimum limit for the steel fracture toughness and a maximum limit for the size of the discontinuity.

The vibrational states experienced by the active components of a drilling assembly such as that found in the oil or gas industry are discussed in the context of an integrated mathematical model.

The allocation of design tolerances between the components of a mechanical assembly and manufacturing tolerances in the intermediate machining steps of component fabrication can significantly affect the quality, robustness and life-cycle of a product.

With an emphasis on boiling and pressurised light water reactors and going from general principles to details, the chapter describes the main components of a fuel assembly and how design and functionality are related to operating conditions, safety criteria and reactor physics.

The design of exact, also referred to as minimal, constraints means applying just enough constraints between the various components of a mechanical assembly, in order to unambiguously define their positions in six degrees of freedom (3 translations, 3 rotations), their desired motions respectively.

Jeang ([1999]) demonstrated how response surface methodology can be employed to determine tolerances of components in an assembly.

Therefore, the IQP constraints enable simultaneous fitting of all components into an assembly map.