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Ti-15Mo-5Zr-3Al alloy 5 10 15 20 25 30 0 200 400 600 800 1000 1200 0 5 10 15 20 25 30 35 40 0 200 400 600 800 1000 1200 1400 1600 T$TZCR T$TZCR aged at 598 K T$TZCR aged at 673 K T$TZCR aged at 723 K T$TZST aged at 598 K T$TZST T$TZST aged at 673 K T$TZST aged at 723 K Ti-6Al-4VELI alloy 0 Elongation (%) Elongation (%) Tensile Strength, σσσσB / MPa 0.2 % Proof Stress, σσσσ0.2 / MPa Tensile Strength, σσσσB / MPa 0.2 % Proof Stress, σσσσ0.2 / MPa Elongation σσσσ0.2 σσσσB Elongation σσσσ0.2 σσσσB microstructures of TNTZCR subjected to HPT show single β phases composed of submeter grains, although the metastable β-type Ti alloy, which shows single β phase by rapid cooling after a slution treatment beyond the β trunsus, transforms easily to ω phase from β phase according to increasing high pressure [5].
The tensile strength of TNTZCR subjected to HPT increase remarkably according to the number of rotation.

In the biomedical field, several companies are now changing their production strategy for small production batches, by adopting AM techniques, such as Electron Beam Melting (EBM), Selective Laser Sintering (SLS), and Direct Melting Laser Sintering (DMLS), to produce surgical implants in a near-net shape form directly from the CAD model, thus reducing the number of steps of the manufacturing process chain.
Material E [Mpa] HRC UTS [Mpa] YS [Mpa] Elongation % Wrought Ti6Al4V 118 31 872 790 16 EBM Ti6Al4V 114 35 914 830 13.1 used in the tests was the semi-finishing coated tungsten carbide insert CNMG120404SM characterized by a fine grain WC substrate, which gives good heat and plastic deformation resistance; the coating consists of a TiAlN layer deposed by PVD, which allows good toughness, uniform flank wear, and overall high machining performances.

Accepted: 2022-02-03 Online: 2022-07-05 This article is an open access article under the terms and conditions of the Creative Commons Attribution (CC BY) license (https://creativecommons.org/licenses/by/4.0)• yield/tensile strength • hardness • anisotropy • … mechanical properties • alloy composition • grain size/distribution • texture • … Stegemann, Reimche, Feiste, Heutling, Nondestructive Char.
The corresponding finite element discretizations are composed of 562500 4-node linear quadrilateral elements, where the total number of nodes is 564004.

TFT Glass has as many TFTs as the number of pixels displayed, while a Color Filter Glass has color filter which generates color.
The amorphous films are desirable over polycrystalline films because the absence of grain boundaries improves the stability and uniformity of TFT performance and the morphology is generally better.

Furthermore, in Fig. 1(b), broad peaks of Co3C correspond to JCPDS card No. 26-0450, revealing that we have a small average grain size of 12.5 nm [25, 26].
The capacitive retention, calculated as the ratio of the specific capacitance at a certain cycle number to the initial specific capacitance, was used to indicate the material's stability over repeated charge-discharge cycles.

Grain size was calculated according to Scherrer formula D=kλ/βcosθ.
The main phase of the reaction occurred within the first 10min, during which chloride ions were rapidly released and in great numbers.

Table 3 Rock mechanics parameters The name of the coal and rock Thick- ness /m Bulk density/ kg·m-3 Bulk /GPa Shear modulus/GPa Tension /MPa Friction /° Cohesion /MPa Roof overburden 9.8 2500 2.49 2.78 1.50 32 1.6 The main roof sandstone 3.8 2600 4.98 7.58 1.35 35 1.6 Direct roof of shale 2.3 2400 1.03 1.30 1.00 29 0.50 Coal 2.5 1400 0.16 0.15 0.11 24 0.20 Direct sandy mudstone 0.2 2300 0.73 0.75 0.65 22 0.45 The old number grain of sand 1.4 2500 2.35 3.78 1.75 33 1.30 Floor sandstone 20.0 2690 4.98 6.58 1.58 33 2.70 3.2.2 Simulation Result Analysis (1) Simulation analysis in stress distribution law of the roadway ' s sides In order to get reasonable malposition of the roadway, conducted separately the FLAC3D simulation calculation about single coal seam mining and coal seam group mining (roadway external malposition 4 m, 6 m, 8 m, 10 m , 12 m, 14 m and 16 m ).

A number of attempts have been made to use absorbent and catalyst for biomass steam gasification to enhance hydrogen content in the product gas [1, 7, 15-18].
Furthermore, Sun et al. (2008) and Mohamed et al. (2011) reported grain like structure for calicned limestone and synthesis CaO from cockle shell, respectively.

The dry milling agglomeration powders shows the particle size from 1μm to 5μm, but wet milling sample shows a fine grained microstructure with particle size in the range 0.1μm~2μm, which is significantly smaller than the dry grinding sample.
It is also observed to have a small number of secondary particles.

The chemical composition of steel slag is stable, but the f-CaO contained in the steel slag will be subject to digestion reaction after water sucking and the volume after digestion is expanded by one time, besides, the compact-grain of f-CaO structure contained in steel slag is big, the crystal lattice is tight and the speed of natural digestion is low, and those are all main factors influencing the road application performance of the steel slag [2].
steel-slag macadam mixture 5.7 2.73 1444 91.0 80.2 AC20 total bituminous macadam mixture 4.7 2.34 935 91.1 83.5 Table 13 Comparison of Results of Low-temperature Bending Tests Type of Mixture Maximum Failure Load(N) Flexivity (mm) Tensile Strength and Bending trength(MPa) Maximum Tensile and Bending Strain(10-6) Bending Stiffness Modulus (MPa) AC20 total bituminous steel-slag mixture 1236.40 0.68 10.09 3570.0 2826.1 AC20 bituminous steel-slag macadam mixture 1158.6 0.64 9.45 3360.0 2813.7 AC20 total bituminous macadam mixture 1076.4 0.53 8.78 2782.5 3156.7 Table 14 Comparison of Results of Fatigue Tests Strain Level(10-6) Fatigue Life of Mixture Nf(time) Total bituminous steel-slag mixture Bituminous steel-slag macadam mixture Total bituminous macadam mixture 240 1155207 524807 229087 480 41687 19952 13183 720 5888 4376 3528 Void ratio of mixture(%) 4.32 4.57 4.41 As can been seen from Table 12, in the three kinds of mixtures that are mixed by bitumen with the same label and the same batch number