Search results

The advantages of virtual manufacturing technology for firms are the increase in productivity, flexibility, quality, reduction in design time and work in progress .The strategic improvement model, as given in Fig.2, shows that the different cluster of strategic inputs leads enterprise flexibility towards leanness and agility [4].
Fig. 1 Structure evolution of VE Fig. 2 Strategy evolution of VE The Impact of Virtual Manufacturing on Corporation Management Benefits of virtual manufacturing include:(a)direct impact on productivity of designers; (b)dramatically improve manufacturing design responsiveness; (c)improve confidence in designs through better communication and understanding; (d)improving team communication and understanding; (e)leverage investment in models of product, tooling and layout data; (f)reduce unnecessary re-work costs; (g)improve worker safety and efficiency; (9)reduce time to launch[7].On the other hand,corporation management is a process trying to control and regulate man-resource,material-resource and financilal capacity through information.Along with the development of virtual manufacturing technology,coporationg management must be improved.

In order to investigate the mechanism of adsorption process, three kinetic models were applied to fit the transient state experimental data, the pseudo-first-order model, the pseudo-second-order model and the intraparticle diffusion model.
The difference of adsorption capacities to BPA on three TiO2 nanoparticles is due to the inclusion of β-CD for BPA and the reduction of adsorption site for BPA on TiO2-S1 surface because of S1 counteract.

Introduction The new characteristics of mechanical manufacturing industry are the variational market demand, the shortening products upgrade cycle, variety specification increasing, batch reduction, sustainable development etc.
The common method such as simulation annealing and genetic algorithm those are difficult to use in multidimensional data, control convergence and with lower efficiency.

Therefore the residual stress was calculated as the mean value of the whole dataset without considering the data from the surface.
The highest porosity reduction occurred at a gas temperature of 400°C.

Further work is in progress to form coatings with superhydrophilic property with subsequent reduction in the curing time.
Kim: Under patent preparation, unpublished data

Experimental Data Graphene epitaxy.
Since the reflectance of the graphene mono-layer is of the order of 10 −5 [10], it can be neglected and all the showed reduction come from the absorption of light by graphene.

The absolute transmissibility of system is ηA. 2 2 2 0 )(2)-(1 )(21 ξλλ ξλ η + + == F FT A (2) Where (2), A is displacement amplitude, λis the ratio of excitation frequency and natural frequency, ξis the ratio of viscous damping coefficient and critical damping coefficient, and Aη is the degree of reduction on force or vibration after isolating.
The test system equipments (Fig.3) includ TS1102/1100 acceleration sensors, TS3828 resistance strain instruments, UT3232S data acquisition and processing system, and notebook computer.

Therefore, superplastic boronizing process can be certainly done on DSS as this will provide new data on boronizing as well as expand the application of DSS in industries.
This solution treated DSS was then coldrolled to a plate through a reduction area of 75%.

Wagner, “Yttrium Oxide Nanoparticles Prepared by Alkalide Reduction,” Chem.
[9] B K Tanner and H Z Wu, S G Roberts, JCPDS-International Centre for Diffraction Data 2006 ISSN 1097-0002.

A threshold level is set which associates the pixel intensity to the degree of birefringence believed to pose a potential reduction in device performance.
This value is assigned from statistic data through experiments with various wafers that have different value of birefringence defect free area (BDFA), because relatively lower threshold value can produce exaggerated birefringence pixels on birefringence-free area.