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Chen et al [13] discussed the microstructures and properties of the 7A52 aluminum alloy welded joints welded by laser.
The conclusions were as follows: According to the corrosion test results, different areas of welded joints showed different corrosion properties.
Effects of Ti addition on the microstructure and mechanical properties of Al–Zn–Mg–Cu–Zr alloy, Materials Science & Engineering A , 801(2021), 140437
Structure and mechanical properties of an advanced aluminium alloy AlSi10MgCu(Ce, Zr) produced by selective laser melting, Materials Letters, 284 (2021) ,128898
Effect of welding heat input on structure and properties of fiber laser welded joints of 7A52 aluminum alloy, Welding & Joining, 1(2017), 35-40

Integration of these materials into working devices requires precise control of surface properties.
These GXL properties allow tuning of liquid properties by inclusion of high pressure gases.
All other samples displayed an increase in dielectric constant by factors of 5-10, although sample thicknesses (~600 nm) and water contact angles were essentially constant before and after processing.
These studies suggest that photoresist and etch residue can be removed from low k MSQ films with GXLs without degradation of film properties, provided that a final high pressure CO2/CH3OH rinse is invoked for MSQ property recovery.
We demonstrated that moderate pressure liquids such as TMAHCO3/CH3OH expanded by CO2 (GXLs) can be used to effectively remove photoresist and plasma etch residues without significant degradation of low film properties, although a high pressure CO2/CH3OH rinse is required in order to fully recover the low k film properties.

The insulating property of the dielectric fluid.
Surface roughness, TWR and MRR Taguci By taking into account the impact of different input factors on specific performance metrics, EDM performance measurements are optimized.
TWR increases significantly as the amount of B4C rises, although graphite reinforcing has no abrasive properties. 39 Mumtaz Rizwee, et, al Aluminum alloy 7075 (Al-7075), Boron carbide (B4C), Servo voltage (V) Spark on time (µs) and Pulse current (A) MRR, Taguchi This investigation shows that the dominating input parameter during the Al/B4C/Gr MMC's EDM has a significant impact on MMR.
In International Journal of Mechanical Engineering (Vol. 7, Issue 5)
American Society of Mechanical Engineers (ASME)

For dynamic link between the GUI tool, modify any one of them will affect other results in the GUI has been opened to reveal.
FIS is editors for high-level properties of system processing, the number of input and output variables with names.
Figure error of Ke, Kc, respectively, in the quantitative factor, quantitative error change factor, Ku is control The scale factor of quantity is change.
Beijing: mechanical industry press, 1997, 4 [3] Huang Wenmei.

This change in process induces microstructure changes, which by its turn influence the mechanical properties of the slab [4].
Two factors can be used to reduce the effects of rolling the as cast microstructure.
Another factor is the cooling rate during solidification, which can reach values above 1.9 o C/s, due the small thickness slab [9].
The application of thickness reduction affects the secondary dendrite arm spacing.

When a time-dependent nonuniform mechanical load is applied to the fluid-filled bone, the interstitial fluid flow occurs through the interconnected pore space in bone.
In general, SGP is affected by a viscosity of bone fluid, flow rate, and interstitial pressure distributions.
Furthermore, it could be one of important factor inducing bone remodeling processes.
The interstitial fluid pressure generation characteristics in bone are functions of its poroelastic properties and boundary conditions.
The mostly important factors governing the interstitial fluid flow are the fluid and loading boundary condition.

-%Si) is important for the electrical industry because of its magnetic properties.
Such combination of properties allow for achieving low electrical losses, due to Eddy current and hysteresis cycles, especially at high frequencies [1].
Compression tests at room temperature (RT) were carried out in order to study the deformation behavior in function of the previous thermomechanical treatment: cooling rate after hot rolling, effect of the annealing temperature and effect of delay at room temperature (time between the end of the cooling down to room temperature and the start of the cold deformation) on mechanical properties.
Samples with higher Si content can show a retardation factor of 55 compared to low silicon samples at 800°C [5].
Bailey: ASM Metals Handbook, Vol. 8 (Mechanical Testing), (9th Ed., ASM, Metals Park, OH 1985 p.137) [9] T.

In order to improve the mechanical properties, the principle of Accumulative Roll-Bonding (ARB) [1] has been adopted and investigated on a wide range to magnesium alloys in the recent years [2-12].
Therefore, an investigation of influence factors on bonding strength for Mg-Mg composite roll-bonding within an ARB-process has been started.
Chen: Microstructure and mechanical properties of Mg-Al-Zn alloy sheets severely deformed by accumulative roll-bonding, Journal of Materials Science, 42 (2007), 9256-9261
Wu: The evolution of microstructures and mechanical properties during accumulative roll bonding of Al/Mg composite, Journal of Alloys and Compounds, 416 (2006), 169-172
Brokmeier: Microstructure and mechanical properties of accumulative roll bonded (ARBed) pure magnesium sheet, Materials Science and Engineering A, 527 (2010), 7176-7183 [13] St.

In the case of bismuth telluride based materials, that have a layered structure and can be easily cleaved along these layers, the use of polycrystalline materials improves their mechanical properties.
Recently the factors affecting the quality of obtained samples were studied in [9, 10] and can be divided, following [9], into thermal (e.g., high heating rates, high local and macroscopic temperature gradients) and athermal ones (e.g., electromigration, electroplasticity, dielectric breakdown, etc.).
One of the important factors is the Joule heating.
The simulations showed that the increase of hs by factors of 2 and 4 leads to the change of the average sample temperature from 519oC to 567 and 656oC correspondingly.
Cverna (ed.), ASM Ready Reference: Thermal properties of metals, ASM International, 2002, 560p

However, localization of the initiation sites on the surface affects not only the polymerization kinetics, but also determines to a remarkable extent the chemical composition, structure and the physical properties of the resulting polymers.
This in turn determines the overall properties of the heterogeneous polymer system.
The results of investigating the influence of various factors on the molecular weight (MW) of polymers obtained (Table 2) have shown that the polymer MW and, correspondingly, degree of polymerization (DP) decrease with increasing temperature and increasing [I], which is typical to free-radical polymerization.
Influence of various factors on the molecular weight of the resulting polymers.
It has been established that the pigment surface participates not only in chain transfer reactions, but also affects all other elementary stages of polymerization.