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It provides on-line data of the actual status of the cone cup forming resulting from the applied, constant pressure.
The acquired data pool is used for the optimisation of industrial SPF processes.
Starting from the on-line data acquisition it is possible to calculate the variation of strain rate during the test.
Starting from preliminary tensile test data for the new material or the lot to be investigated, a test matrix is compiled.
Figure 5: Cone-cup test results The process data are transferred to feasibility samples.

Design of teaching resources library The design of the teaching resources library and the process of building the resources data is significant content to operate software development.
The database design means designing the structure of the relative data sheet then satisfy the requirement of data management and storage.
The resource management platform maintains system users, basic resource and data.
During the resource type configuration, the configuration table is data, and Insert sentences are implemented.
(4)Judge the type of data return value.

In their studies, the experimental data were described reasonably well by the Langmuir isotherm and unexpanded perlite gave better results than the expanded one.
The equilibrium data was then tested with the Langmuir isotherm model.
Since the experimental data fits quite well to a straight line, it was concluded that the adsorption follows the Langmuir model.
Fig.3 shows the Langmuir fit of the equilibrium benzene adsorption data by A-EP.
The adsorption data was fitted to the Langmuir isotherm model which gave a good regression (R) value.

Specific sensor interface electronics has been developed and coupled with a universal, sensor invariant, network interface with common core system software, user interface and data protocols [2].
These are based around a low-power microcontroller that can have software loaded into it for particular sensors and which offers significant scope for on-sensor/interface data manipulation and storage.
The network of sensors can then be managed by a network controller, such as an embedded PC, to continually gather data on the state of the structure that it is deployed in.
The data will be used for through-life management of the aluminium-hulled boat and will inform future Defence acquisitions.
An increased focus is being placed on the implementation of prognostics and health management in autonomous logistics systems including the manipulation and management of large data sets and potential data fusion.

It shows the significant increases in carrying-capacity of the new A-380, while achieving reductions in aircraft noise.
In the world of megabuck test programs it is possible to have use of an on-board readout from a ground based tracking system that will provide real-time data on position, including lateral deviation.
A radio altimeter signal is also recorded to provide the third coordinate data.
When operating properly, with judicious location of the ground units, selection of an appropriate location on the airplane for the DMU antenna, and a good computer program to analyze the data, this method produces very good results.
Section A36.2.3.2 calls for recording of position data during the entire time period in which the recorded (noise) signal is within 10 dB of PNLTM.

More CO2 will be produced for the constantly increasing automotive production, energy saving and emission reduction of automotive industry is urgent.
Energy saving and emission reduction of automotive have been widely concerned in the world, relevant laws and regulations have been carried out.
In addition, the CCT curves under the condition of extra deformation and properties data of material should be taken in account for technological process simulation.
Developing technology of hot cutting edge, reduction cutting cost using laser.
Research on avoid oxidation and temperature reduction during transmission of blanks after heating.

The use of TBCs, along with internal cooling of the underlying superalloy components, provides major reductions in the surface temperature (>500 ˚C) of the superalloy.
The first reduction can be achieved by lowering the density or elastic modulus of the coating, e.g. introducing pores, or increasing the mean atom weight of the coating materials, e.g. by doping; the second reduction can be achieved by creating more reflective sites in the coating.
For EBPVD TBCs, it is the intra-columnar nano-porosity that accounts for the reduction of thermal conductivity over that of bulk YSZ.
If the decomposition of the β-NiAl takes place locally or at a different time in different places, then the volume reduction will also be localised.
This curious result, although the reason is not clearly understood, suggests that caution must be taken to interpret the PLPS data.

Cement Chemical composition SiO2 19.22 Fe2O3 3.72 Al2O3 4.65 CaO 63.82 MgO 1.76 SO3 3.31 Na2O 0.40 K2O 0.43 Physical properties Bulk density (kg/m3) Specific gravity 1362 Specific gravity 3.15 Fineness 0.41 Figure 1: Sieve analysis data for fine and coarse aggregate.
This indicates a significant reduction (28.07%) in slump with the addition of coir fibres.
This reduction in densities can be attributed to the relative low densities of the coir-fibres which is around 1.20g/cm3 [3].
The reduction of unit-weight was attributed to the increase in porosity with the addition of coir fibre and the low density of the fibres.
However, varnish coating had a negative effect on the compressive strength causing a reduction of -2.32%.

The main models found in the literature for predicting UTS of pearlitic lamellar graphite iron are based on either regression analysis on experimental data or on modified Griffith or Hall-Petch equation.
The present work data correlation between eutectic cell size and UTS presented in Fig. 5 shows that different cooling rates provide different linear dependencies between the eutectic cell size and UTS.
As seen in Fig. 3 the experimental data covers a broad range of eutectic cell sizes.
(1) (2) Table 3: Microstructure data and UTS.
Fig. 11 shows the predicted UTS from the Eq. 7 and 8 in comparison with the experimental data.

Step response method is the most commonly method used to obtain the model of plant, however, this method requires experimental integrity and gains steady-state data.
Where , is integraled from 0 to, then the above equation and are substituted to, Where it is given by, That where , L groups of identification data are obtained, which are.
The data is filtered and normalized by recorded datas (L = 100) of the step response.
Then data were communicated through the MPI bus.
[3] Skogestad S, in: Simple Analytic Rules for Model Reduction and PID Controller Tuning.