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An optical pyrometer and a thermocouple were used measure and record the time-temperature data of the front and the unattacked back surface of the specimens.
On examination of the data presented in Table 1, it is clear that the ZSS composite possesses the highest values of hardness (21.2 GPa), flexural strength (520 MPa) and fracture toughness (7.8 ± 0.6 MPa√m).
The data for ZrB2 is from Ref. 21.
This may be because of the marginal decrease in co-efficient of thermal expansion (CTE) of the matrix on addition of ZrC, and reduction in the mismatch between the constituent phases.
Reduction in the CTE is expected to improve the thermal shock resistance of the composites.

The elastic modulus of the foundation soil (E) was calculated through the experience reduction formula E=(3~5)Es.
In practical project, it can fitting the equation directly if the practical measured data of various points at the building foundation bottom can meet the fitting precision requirement of settlement parabolic surface equation.
Therefore, based on the data of practical measurement points, it can correct the settlement surface equation obtained through the forward-analysis method.
Back-analysis research about the impact of practical foundation’s differential settlement on upper structure In the practical project shown in Fig.1, there were totally 10 measurement points set and the practically measured settlement data was listed in Table 3 Table 3 The practical measured settlement value of each measurement point measurement point 1 2 3 4 5 6 7 8 9 10 measured data -21.95 -22.95 -23.95 -24.95 -25.95 -22.85 -23.85 -24.84 -25.85 -26.85 The settlement parabolic surface equation was fitted according to the settlement data of abovementioned practical measurement points and the coefficients in the equation valued as follows: a1=-2.06×10-2, a2=-4.94×10-4, a3=-3.45×10-4, a4=1.031×10-5 and a5=3.856×10-5.
Then, the settlement surface will be corrected according to the practical differential settlement data of foundation to get the modified settlement parabolic surface equation.

Generative AI tools are an intuitive solution for small datasets or data imbalance.
In our previous work [1], we used pix2pix [2] to augment data in order to address the issue of data imbalance. pix2pix is a deep learning framework based on a conditional GAN (Generative Adversarial Network [3]).
Quantum versions of machine learning models can leverage the unique properties of quantum bits (qubits) to require fewer training iterations and data points [6].
By utilizing N qubits, which can represent 2N -dimension data, the parameters required to train a Chinese character image generation model are significantly reduced.
That is, processing the data in the classical state.

The experimental data is compared with the kinetics predicted by the LE-NP and PE limits (dashed lines).
As a result, the cross-interface mobility was used as an adjustable parameter to fit the data.
In order to test the model further, the Mn mobility in austenite was used to model the experimental data at 755 and 775oC.
This expectation is in agreement with the experimental data over the temperature range from 725 to 775oC.
This was attributed to the build up of the substitutional element spike and the experimental data were successfully modeled

When approaching, the aircraft normally covers the planned flight path and maintains a stable configuration and power until the PNLTM 10dB reduction.
Static prediction calculation example This example is based on static data engine test data obtained from measurement and aircraft company to predict aircraft approach noise level.
NPD database calls and static data correction.
First of all, import previous NPD data into NPD database.
Fig.3 Reference Parameters Input 3) Calculation the EPNL by the revised data.

Data memory for storing PLC procedures for the implementation of the intermediate state and information, equivalent to the " memory of computer ".
Implementation of PLC procedures required for the input and output image, internal relay timer counter state, middle state, data register, procedures PLC intermediate processing results are stored in the data register.
Implementation of PLC procedures required for the input and output image, internal relay timer counter state, middle state, data register, procedures PLC intermediate processing results are stored in the data register.
System hardware block diagram The communication interface of the main function is to realize PLC data exchange with external equipment.
Through the communication interface, PLC and programmer, man-machine interface, display connection, in order to achieve PLC data input output.

With the help of strain gauge equipment, experimental data were obtained on the forces acting on the rolls and the die of the CCRE-200 combined processing unit in the process of obtaining rods with a diameter of 5 and 9 mm.
The advantage of combined processing methods is the reduction in the number of metallurgical conversions and deformation stages.
The obtained data on electrical resistance are listed in Table 7.
From the presented data it can be seen that with an increase in the deformation rate, the electrical resistance also increases.
Experimental data were obtained on the forces acting on the rolls and the die during the production of rods. 3.

The simulation after improvement of design shows that the head HIC value of a child dummy has a great reduction compared with before.
The modeling of the environment in the collision According to measured data of the front door (Fig. 2) and walkways and other related of the bus, the model of the bus can be finished by the software MADYMO.
(a) Numerical model of the internal structure (b) Child passenger model Fig. 4 The schematic diagram of the bus and the child passenger The method which produces the curve of the condition can be described as follows: The mode of the bus acceleration is recorded continuously during every data collection time of five minutes.

It was found that to improve the quality of the surface it is necessary to adjust the parameters of the powder processing of parts with high porosity in the direction of their reduction.
Following the suggestions of cutting insert manufacturer, the following finishing operation data were chosen: depth of cut (a) is 0.5 mm, feed (f) is 0.08 mm/rev. and 0.1 mm/rev. and cutting speed (v) is 130 m/min and 150 m/min.
The surface roughness measurements proved that the 3D surface roughness parameters describe the measured surface more accurately than 2D profile roughness parameters giving more reliable data about the surface.

This control system is based on infineon XC164CS Single Chip Microcomputer, use modular method, design and develops the data acquisition module, IGBT driver module, CAN communication module and conducts bench experiment to the system.
Voltage detection module Temperature detection module As the power source of Auxiliary Power Unit, the engine and generator’s normal work directly affect the system’s stability, reliability and the purpose of energy saving and emission reduction.
Single-chip microcomputer XC164CS built-in CAN module supports CAN2.0B communication protocol and has 32 messages, each message customs data length, transmission direction, frame type, etc.