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Best regression equation with higher correlation coefficient (R2) and lower % error can be fitted from the collected experimental data which is used to describe the close relation between inputs and output responses.
The reason for this behavior is due to the increase in cutting temperature in the shear zone that consequently resulted in the reduction of yield strength of the workpiece material.
With reduction in the yield strength of the material, less force is sufficient for removing the materials.

Fig. 2. displays XRD data of a typical N-doped TiO2 P25 sample.
Regarding that pore volumes are proportional to SBET, the above explanation for change in surface area may be also applicable to the case of reduction of pore volumes after doping.  Table 2.
In this case, only 17.6% phenol was decomposed in comparison with 29% reduction in the former.

In the ARB process, specimen with 2 mm thickness is rolled to 50 % reduction in thickness (Fig.1(a)).
We continued the procedures up to 6 cycles, giving a total thickness reduction of 98.4 %, i.e., an equivalent strain of 4.8.
The points express experimental data collected from many different martensite plates.

Introduction Growing concern about the depletion of energy resources has provided the impetus of research and development activities for energy saving and consumption reduction.
However, there is a reduction when the recalculating water flow is more than 4.2kg/min.
Desuperheater water-heater and air-to-air heat pump system: representative performance data, ASHRAE Trans,No.3430: 417-427 (1996) [6] M. olszewski.

Introduction From economic point of view, an experimental determination of vulnerable parts of a loaded construction or its bearing elements needs maximum reduction of time.
On the account of the wide range of measured parameters, we are presenting only the numerical data of one specific point of measurement marked as letter Ai on Fig. 4.
Table 2 Separated values of parameters at the chosen point of experimental sample measurement Point of measurement Ai Separated principal strains [µm/m] Separated principal normal stresses [MPa] ε1 ε2 σ1 σ2 A1 6325 −3063 18.6 −2.8 A2 −7866 −7866 −38.1 −38.1 x y A1 x A1 b) c) A1 a) a) A2 x y b) A2 y x A2 c) Fig. 4 a) Shape of sample “Ai” and loading direction, b) half-orders of isochromatic fringes, c) whole orders of isochromatic fringes Summary The presented findings certified that one of the methods based on the electromagnetic wave combined with the computer support at simultaneous application of the high-quality recording medium is considered procedure enabling the reduction of time required for the analysis of experimentally determined parameters.

This leads to degradation of their functional properties, i.e. reduction in recovery strain, change of thermal/stress hysteresis width, and increase in permanent strain, etc.
All the measured data were stored in a computer through an interface and were retrieved later for further analysis. 3.
As the cycling progresses, the compatibility between the transforming phases increases due to the generation of transformation-induced dislocations and, as a result, there is a reduction in thermal hysteresis width.

The result is also supported by data of the OCP curves (Fig. 3).
Being the reduction more pronounced in a concentration of 6.25 mol L-1 with a protection efficiency of 99%.
It was also observed the more pronounced reduction of corrosion current density for the surface when Ppy is doped with AS.

All data were recorded and analysed using Diamond TMA PYRIS software.
However, the nanofillers resist this dimensional change resulting in reduction in dimensional expansion of the polymer.
All nanocomposites showed a slight reduction in Tg compared to the pure systems except I.28 nanoclay-filled Epikote 828 as shown in Fig. 4b.

The steels were hot rolled, air cooled to room temperature, followed by simulated coiling at 660°C and cold rolling to 82% thickness reduction.
Results and Discussion Using microhardness data the softening kinetics were determined as shown in Fig. 1.
While selective growth has been observed during late stages of recrystallisation in 95% CR ULC steels [11, 12] due to the strong α-fiber in the cold worked state, the 82% CR reduction in the present case may not be sufficient to activate this mechanism.

Generally, a reduction in b2 increases .
It can be seen that the loading capacity increases with a reduction of the mesh size in general but the difference is already very small between those predicted using the 1mm and 0.5mm meshes.
Through careful calibration of critical parameters in the K&C concrete damage model in LS-DYNA Explicit, mesh-independent load-slip curves in good agreement with test data have been obtained for quasi-static loading.