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Selective Laser Melting can form metal parts with fine grain size, uniform structure, density of almost 100%, excellent mechanical properties and other characteristics [3].
Analysis of Surface Hardness Studies have shown that selective laser melting properties were connected with the grain particle size, grain arrangement, the degree of organization and uniformity defects in the form of other factors.
The surface hardness of the sample with the linear energy increases firstly and then decreased to increase overall, this is because the linear energy level determines the degree of melting metal powder, thereby affecting the properties of the sample.
Metal powder characteristics, shielding gas, oxygen content and other factors affect pores production.
Forming process and high-temperature mechanical properties of variable energy laser selective melting manufacturing IN718 super alloy [J].

The influencing factors were analyzed via the orthogonal experiment L16(4,5).
b) Thickness of the sample and the influence factors.
Lactic acid and microwave heating have certain impact, possibly because of the synthetic effect between lactic acid and microwave impact on the KGM absorption ability, thereby affecting the volume of liquid membrane swelling, thus affecting the film thickness.
d) Mechanical properties of films.
The content of KGM has an effect on the tensile strength, which is the major mass fraction and forms the major contribution of mechanical properties.

This contribution presents a study on the effect of heating rate maintained during annealing treatment on the final microstructure and mechanical properties of cold rolled Al1050 sheet.
The rate at which the driving force of RX slows down depends on factors such as the amount of strain, stacking fault energy of the material under study, heating rate, annealing temperature and annealing time [3] etc.
The JMAK approach considers all the above- mentioned factors of RX, however, the effect of heating rate during annealing is not directly addressed by JMAK theory.
The current scientific work is conducted with the aim to study the influence of heating rate on the RX microstructure and corresponding mechanical properties.
The heating rates and microstructural properties for the annealed samples are presented in Table 1.

So fabric property is a kind of relationship between fabric and various environmental factors, or a kind of relationship that fabrics exist in environment.
Fabric property involves about mechanics, heat, electricity, light, gas, sound, magnetic, dust and other factors, the relationship between fabric and these factors constitute BPCP of fabric, and the content of these properties is relatively simple.
Handle emphasizes mechanical properties, and luster emphasizes optical properties, while comfort involves physics, physiology, psychology etc., and function describes more integrated contents.
During applying, there are many factors that can break fabric, such as physical, mechanical factors and chemical factors.
For fabric designers, design goal is to obtain some specific characteristic, but their design basis need a comprehensive understanding to fabric property.Fabric property is relationships which come from various interaction with environmental factors, so fabric will form homologous property to environmental factors.

Analysis of the Granulometric Composition of the Feedstock Influence on Mechanical Properties of Iron Ore Pellets Vladimir I.
The mechanical properties of the pellets depend on the firing temperature, holding time at this temperature, heating and cooling rates (Fig. 1).
The change in these indicators is associated with the chemical and mineralogical composition of the pellets and determines their mechanical properties [16, 17].
The cooling mode of the pellets is a very important factor affecting thepellets properties, the design and performance of the equipment used for firing.
Figure 10 shows that the optimal mechanical properties of the pellets are obtained at 86% content of the fraction <0.04 mm.

However, some newly developed attach technologies promise to offer more interesting features in terms of both mechanical and thermal properties.
The need of material flexibility is critical, for example, in assemblies of optical components for laser systems where mechanical stresses can cause geometrical distortion in the active laser medium, thus affecting the laser performance.
Then, properties of the sintered joint, retrieved from mechanical tests, are presented.
All the mechanical properties associated with the behaviours of the Ag joint under both modes of deformation are reported in Table 1.
Ouezdou, A design of a new miniature device for solder joints’ mechanical properties evaluation, P.

This could, in turn, affect the properties of the removable appliances as the physical and mechanical properties of auto-polymerizing orthodontic acrylic resin are greatly dependent on their composition [1].
Flexural Properties Test.
The molecular weight distribution is one of the important factors that can be used to determine the properties of acrylic resins [13].
Therefore, an optimized initiator system is one of the important factors for acceptable optical properties of specimen.
Incompatibility of initiator and accelerator system in either chemical composition or ratio could affect the optical properties of the product.

In the automotive industry, the hot forming of high strength steels offers the possibility to obtain significant reduction of weight without affecting the structural performances of final products.
The work presented in this paper aims at accurately evaluate the effect of heating parameters on the properties of final sheet components produced in hot forming operations.
Although the high strength steel parts have superior mechanical properties, stamping operations become difficult due to the high strength.
So the mechanical properties will be improved.
It is obvious that high-temperature austenite microstructure (obtained as samples were heated rapidly) and grain refinement are the main factors to determine the mechanical properties of high strength steels.

Abstract The effects of natural and artificial weathering on mechanical properties of Chlorinated Polyvinyl Chloride (CPVC) pipe material are investigated.
Furthermore, the presence of oxygen and humidity induces changes in its mechanical properties.
The mechanisms responsible for the degradation of the mechanical and physical properties of CPVC are reported in this study.
Effect of Artificial Weathering on Mechanical Properties Table 2 illustrates the average values of the tensile properties of CPVC pipe material for different accelerated artificial exposure to UV radiation in the conditions specified above.
Alawi, "Weathering Effects on Some Mechanical Properties of Polyvinyl Chloride Pipes", Journal of Test. and Eval., Vol. 18, 45-52, 1990

Mechanical properties under dynamic tensile loads were determined.
Mechanical properties of these steels depend on a strain rate.
That is why it is important to determine, how high deformation rates affect the mechanical properties of medium manganese steels.
Change of mechanical properties for different deformation rates.
These factors may have opposite effects on the mechanical properties, which further increases the complexity of the analysis.