.... The mathematical mapping algorithms and formulations are developed for 2D and 3D FE models where residual stress profiles obtained experimentally, numerically, or analytically for different manufacturing processes including shot-peening, water jet machining, milling, turning, roller burnishing, laser machining...

...-bang controller. Kevin Russell at the US Army’s Armament Research Development and Engineering Center has presented a paper on “Experimental Primer Seating-Stamping Tool Study in Small Caliber Cartridge Production.” This paper compares the results of small caliber ammunition manufacturing process trials...

... are incorporated into the statistical model: (1) the PDEs governing the wire saw slicing process, which are obtained from engineering knowledge, (2) the systematic errors of the manufacturing process, and (3) the random errors, including both random manufacturing errors and measurement noises. Real experiments...

..., and manipulation. 31 08 2009 12 04 2010 14 06 2010 14 06 2010 industrial manipulators machine tools manufacturing processes microactuators microassembling The development of manufacturing tools and processes capable of precisely positioning and manipulating nanoscale...

... as it approaches the wall (see Fig. 4 ). This would result in measurement errors around the internal corners of the trenches (this is discussed in detail in Ref. 35 ). 31 03 2009 05 04 2010 13 05 2010 13 05 2010 atomic force microscopy carbon nanotubes manufacturing processes...

..., independently, and identically distributed with a zero mean, and that they are all uncorrelated. The δ i ’s are considered to be generated by an unknown but continuous deformation pattern during the manufacturing process. This is a shape of interest because it indicates how the manufacturing process...

... of which give Riemann metrics on the Euclidean group, are defined to quantify the localization accuracy required by manufacturing processes. Then, two types of indices, both frame invariant and scale invariant, are derived to characterize the sensitivities of the accuracy measures to the sampling errors...

... failure analysis fault diagnosis manufacturing processes matrix algebra production management quality management sensor arrays fully diagnosis process faults process configuration sensor distribution The multistation manufacturing processes (MMPs) refer to the processes involving...

...Jian Liu; Jianjun Shi; S. Jack Hu Variation source identification is an important task of quality assurance in multistage manufacturing processes (MMPs). However, existing approaches, including the quantitative engineering-model-based methods and the data-driven methods, provide limited...

... in manufacturing processes to be monitored while offering immunity to electromagnetic interference, resistance to hostile environments, multiplexing capabilities, and high rates of data collection. To implement these novel sensors into real manufacturing processes, the microphotonic sensors can be embedded...

...Kang Xie; Lee Wells; Jaime A. Camelio; Byeng D. Youn Dimensional variation is inherent to any manufacturing process. In order to minimize its impact on assembly products it is important to understand how the variation propagates through the assembly process. Unfortunately, manufacturing processes...

... 2005 data mining manufacturing industries reviews manufacturing processes decision support systems fault diagnosis quality management customer relationship management standardisation production engineering computing production planning Knowledge is the most valuable asset...

...Zhiguo Li; Shiyu Zhou Variation source identification is a critical step in the quality and productivity improvement of manufacturing processes and draws significant attention recently. In this article we present a robust pattern-matching technique for variation source identification. In this paper...

... and flatness estimation. Factor A used in both straightness and flatness analyses is manufacturing process (i.e., surface error profile). Factor B for straightness is step size whereas for flatness it is search strategy (i.e., number of bad moves and restart allowed). Factor C for flatness is search algorithm...

... and the expected inventory cost can be derived immediately as well. 15 11 2004 05 03 2005 industrial economics lot sizing inventory management manufacturing processes manufacturing production algebraic derivation lot size EPQ rework The economic production quantity (EPQ...

... of technologies. These technologies focused on both a wide range of fabrication methods and a wide range of materials, including extensions to more traditional manufacturing processes. In Europe and Japan, where MEMS was driven by mechatronics and mechanical engineering, there was more focus on the fabrication...

... containers, other related applications include the bulk processing of paper, film, and polymer web materials. sheet metal processing stress effects manufacturing processes rolling mills finite element analysis 01 Jan 2003 01 Dec 2003 07 09 2004 Contributed...

.... 01 Sep 2002 01 Oct 2003 08 07 2004 gears forming processes extrusion design engineering manufacturing processes In recent years, the forging process has been applied in gear manufacturing in place of conventional machining owing to the reduction of production cost...

... in Hard Turning, Milling, and Grinding,” Dynamics and Chaos in Manufacturing Processes , F. C. Moon, ed., Wiley, New York, NY, pp. 57–91. Abarbanel, H. D. I., 1995, Analysis of Observed Chaotic Data , Springer, New York, NY. Berger , B. S. , Minis , I. , Chen , Y. H. , Chavali...

... OF MANUFACTURING SCIENCE AND ENGINEERING . Manuscript received April 2002; Revised Nov. 2003. Associate Editor: S. Schmid. 01 April 2002 01 Nov 2003 08 07 2004 wires microhardness forming processes manufacturing processes control of specific variables There are steadily...