Search results

It has been ascertained that the flexible electronic form factor affects the quality of the physical and electrical properties of printed pattern and the device performance.
Mechanical flexibility is the key factor towards successful application.
The corresponding mechanical and electrical properties of the printed patterns were further investigated.
Parameter Unit Value Jetting Voltage V 20.00 Nozzle Height mm 0.80 Drop Spacing mm 10.00 - 20.00 Substrate temperature ̊C 40.00 Ink properties such as viscosity, pH, particle size and surface tension are critical factors to be considered to minimize variation in inkjet performance.
The inks were printed in 3 different layers and their mechanical and electrical properties were investigated by bending tests.

In this paper, a study on the cutting properties of magnesium alloy AZ91D when dry turning with kentanium cutting tools is presented.
Experimental Procedures Test Material and Its Properties.
The elemental compositions and mechanical properties of the workpieces were shown in Table 1 and Table 2.
Three factors and three levels of orthogonal test method and Single-factor method were used for establishing the cutting force formula and analyzing the effects of cutting parameters on cutting force.
Fig. 7 The affect of cutting parameters on surface roughness Conclusions (1) Cutting depth pa is the main influence factor on cutting force.

Obtaining new materials with high-quality structural properties is possible using traditional methods [9, 10].
In turn, the form factor in modelling is determined by the random value of these angles, which reflect the individual structural properties of an inhomogeneous medium.
Huliieva, Prediction of the structural properties of powder materials by 3D modeling methods, Materials Science Forum 1068 (2022) 231-238
Kovalenko, Determination of the influence of deflections in the thickness of a composite material on its physical and mechanical properties with a local damage to its wholeness, Eastern-European Journal of Enterprise Technologies, 4, 1(100) (2019) 6-13
Ruban, Investigation of the properties of powder materials using computer modeling, Materials Science Forum 1038 (2021) 33-39

Modular superconducting magnets such as those used in the LHC require connection, and the joint has to be soldered at temperatures above the melting point of solder without its properties, in particular current delivery capacity, severely affected.
Nanostructure changes before reactive diffusion are deduced from superconducting properties measurement whereas microstructure and structural changes are detected by microscopy and mechanical testing.
The same batch of samples was used also for superconducting properties measurements, mechanical tests, and metallography.
Superconducting Properties Measurements.
This may be due to the presence of residual stresses or other non-equilibrium factors.

Researh of Influence of Technological Factors of Formation of Plasma Coatings on Their Thermal Technical Properties Fedor Vashkevich1,a, Dmytro Laukhin1,b*, Mykhailo Spilnyk1,c, Vladimir Zhuravel1,d, Alexey Zagorodni1,e 1Department of Materials Science and Material Processing, SHEI “Prydniprovska State Academy of Civil Engineering and Architecture”,24a, Chernyshevskoho St., Dnipro, 49005, Ukraine aVff@mail.pgasa.dp.ua, b*d.v.laukhin@gmail.com, сmikespl777@gmail.com, dZhuravel39@mail.ru, ealexzag65@gmail.com Keywords: plasma spraying, plasma coating, abrasive material, roughness, ceramic matrix composite, thermotechnical properties.
Some important properties of these materials are given in Table. 1.
Physico-mechanical properties of abrasive materials Name abrasive materials (in grain)* The properties Density g/cm3 Micro hardness, MPa Mineralogical Hardness scale, conventional units Grain Strength, Н Synthetic electrocorundum “α”Al2O3 3.97 19025-24600 9.0 8.8-10.7 Carborundum - silicon carbide SiC. 3.21 25000-30000 9.0 11.0-14.7 Carbide bora В4С 2.52 48500 9.3 36.0-38.0 *Fraction of abrasive materials 1.8 - 2.0mm.
Thermal technical properties of protective coatings obtained by thermal spraying.
The study of the properties of protective heat-resistant coatings for intermetallic nickel alloys type VKNA for operating temperatures up to 1300ºС.

The main factors affecting the safety of electrical equipment mainly from two aspects, the human factor like theft, climbing tower, illegal construction and natural factors like lightning, storms, snow and landslides.
Eddy current flaw detector in actual use would affect by a number of factors, such as changes of ambient temperature, surface hardness, uneven mechanical rotating and jitter.
The using of single eddy current probe is vulnerable to the above factors.
In physical properties, ultrasonic method can measure the thickness, material hardness, hardened layer depth, grain size, level and flow, residual stress and plastic bonding strength.
Compared with ultrasonic detection, its measurement range is relatively small, and is susceptible to a variety of factors.

However, due to this movement, pores among the particles are generated that affects the mechanical properties of the green compacts.
The microstructure changes under this circumstance resulting in mechanical properties variation [15] such as strength, hardness and electrical conductivity.
Therefore, this study presents the investigation of forming temperature to the microstructure evolution and its relation to the mechanical properties of powder compact.
This study can be useful in formulating optimum compaction parameter to desired mechanical properties as well as predicting microstructure and mechanical behavior of the final product, later during sintering process.
Green compact produced is tested for its mechanical properties in order to evaluate the influence of the parameter applied.

With respect to the electrode microstructure, the starting particle size, agglomeration and specific surface area are all important factors affecting the electrochemical performance.
The stated powder properties are closely related to the degree of calcination [6].
Results and Discussion Cathode powder properties.
However, the contribution of the last two factors was obscured by the larger particle sizes of the LSCF-SDCC55 cathodes calcined at a temperature higher than 750 °C, which caused the increment of ASR.
Petrisor, Electrical properties of ceria/carbonate nanocomposites.

It is found that the static SC factor (SCF) of CFRP plates varies with the dimensionless bore and zigzag angle by a greater change than isotropic plates, and that the dynamic response amplitude and frequency of the SCF depend on the dimensionless bore and the dimensionless wave number related with material properties and the exciting frequency.
The mechanical properties of the material are listed in Table 1.
Table 1 Mechanical properties of a typical CFRP material (GPa) (GPa) (GPa) (GPa) (GPa) (GPa) 139 9.4 9.4 4.5 2.98 4.5 0.31 0.33 0.31 A single-ply composite plate with multiple circular holes was modeled in ABAQUS for the FE analysis of stress concentration.
The material properties are related with the DSCF but not the static SCF.
Wang: Journal of mechanical strength (Chinese) Vol. 27 (2005) p. 651

Among these process parameters, melt temperature and spreading are the critical parameters affecting the properties of the filament.
Fiber volume ratio plays an important role on mechanical properties of composites.
Modeling of Effect of Spreading on Mechanical Properties of the Filament.
Effect of Fiber Spreading on Mechanical Properties of Filament.
It is observed that fiber spreading improves the mechanical properties of filament.