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The mechanical properties of austenitic steel depending on the nickel concentration.
Mechanical properties Т [К] Melt No.
Mechanical properties of steel samples with 11% of nickel tested 1), 2) at 4.2 K; and 3), 4) at 293 K; А, B and C are zones of abnormal change of properties.
The embrittlement factors begin to manifest already in the time range of welding heating, and with increased nickel content the intensity of irradiation increases.
Mechanical properties of materials under low temperatures (in Russian). – Moscow: Mir, 1974. – 373 p

SPD can produce large strains and improve mechanical properties through grain refinement [4,5].
Kim et al. studied how the specimen thickness affects the material properties of Al6061-T6 material at rapid strain rates strain rates using the Split-Hopkinson pressure bar and finite element method (FEM).
The SHPB test is a dynamic mechanical testing methodology widely employed to characterize the stress-strain material properties under high strain rate conditions.
[2] Aynalem, G.F., 2020, Processing Methods and Mechanical Properties of Aluminium Matrix Composites, Advances in Materials Science and Engineering, 2020
Effect of Multi Directional Forging on the Microstructure and Mechanical Properties of Zn-24 wt% Al-2 wt% Cu Alloy.

Producing Steels with Special Properties Using a Jet Heat Treatment System Yuri V.
It is possible to improve the mechanical properties that steel gets after heat treatment by alloying nickel, chromium, manganese and molybdenum.
Ye bo, Energy consumption and its influencing factors of iron and steel enterprise, Journal of Iron and Steel Research International 20(8) (2013) 8–13
Yan, Effects of heat treatment on transverse and longitudinal mechanical properties of engineering machinery steel WQ960 TMS, Annual Meeting (2014) 191–198
Kuzkin, Influence of W addition on microstructure and mechanical properties of Al-12%Si alloys, Materials 12(6) (2019) 981.

This may give some references to electrical and mechanical equipment design, production and construction.
During the installation process, the connecting parts of the insulation protection should be pay more attention and as far as possible to reduce the environmental affect on the properties of equipment insulation.
Mechanical Vibration Resistance Performance.
For the highway electromechanical products, the main reason during the mechanical vibration resistance is the non passed Mechanical processing.
According to the equipment itself there are two ways to solve the problem: 1) Hardware debugging, the detection sensitivity can be adjusted appropriately combined with the environment factors which make the vehicle detector neither lost car nor repeat counting. 2) Software settings, if two lane coils detect vehicles together according to the wire coil starting time to determine one car information.

Electrospinning process is influenced by several factors including the concentration of the solution, conductivity, viscosity, volatility, surface tension, electric field strength between the needle and the collector, feed/flow rate and environmental conditions such as temperature, humidity and air composition.
Electrospinning parameters affect the diameter and morphology of the fiber.
Summary In this study, the concentration of solution affects the morphology of nanofibers . 
Wei., One dimensional conducting polymer nanocomposites:synthesis, properties and applications, Prog.
Dijkstra, Electrospinning of continuous poly (L-lactide) yarns: Effect of twist on the morphology, thermal properties and mechanical behavior, J.

In the model, crack bluntness coefficient is an unknown parameter, depending on various factors, so speed domain is then divided into five intervals and sample real-world accident cases are employed to the calibrate crack bluntness coefficient in different speed intervals.
Lastly but not the least, glass fragment is very small and can be easily affected by other factors such as wind and pedestrian's body.
Calibration of crack bluntness coefficient Factors relating to crack bluntness.
Crack bluntness n is dependent on the material mechanical properties, strain rate (impact speed), mass of the impactor and shape of the impactor [9].
Here the mechanical properties of windshields and shapes of the heads are considered the same in all cases.

Fresh properties were assessed using mini-slump flow and mini V-funnel.
Exposure of concrete to a host of factors such as extreme weather conditions, fire, and natural calamities can result in damage and shorten the service life of the building, in the event of non-rapid intervention.
Matos & Sousa-Coutinho [19] studied the impact of waste glass that was ground to a powder form for mechanical properties of concrete mixes.
The mechanical properties (compressive and flexural strength) of the substrate at 28-days of age were 32 MPa and 6.5 MPa, respectively.
H., & Du, H, Use of waste glass as sand in mortar: Part I–Fresh, mechanical and durability properties, Cement and Concrete Composites, 35, 1(2013), 109-117

Many scholars have studied on the influencing factors of theirs properties.
In this way the device is also not affected by the tides.
The following discusses the different influencing factors that have been studied.
Influencing factors of heave plates The size of heave plates.
Summary Several related conclusions have been generalized through the analysis of each influencing factors.

Polymer matrices add carbon nanotubes have significantly improved mechanical and electrical properties at very low carbon nanotube loading.
That mechanical and electrical properties of aligned composites are better than those of random ones has been demonstrated in past studies.
Shear forces have been frequently used to align inclusions along the flow direction to reinforce mechanical properties.
Their properties are listed on Table 1.
The mechanical and electrical properties of the composites were measured at 25 ℃ and at a humidity of 50%.

Good mechanical properties of strength and ductility are often approved for this alloy.
Mechanical properties of a cylindrical bar are: Re:575 MPa, Rm:707MPa, A:35% and 235 Hv.
Three factors are varied at three levels, and thus 15 experiments were accomplished according to the selected model.
An interval for each factor was fixed considering references [8], preliminary experiments and work piece properties (elongation %, hardness, dimensions).
Table1 represents the factors levels and their values associated.