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The relationship between mechanical properties and mechanical stability of retained austenite is also discussed.
Fig. 2 shows the mechanical properties as a function of IBT time at 450 oC,.
Fig. 3 summarizes the mechanical properties of CMnAlCu TRIP-aided steels.
Fig. 2 Variation of the mechanical properties as a function of holding time at 450 oC.
Fig. 3 The mechanical properties of the samples holding at 400 oC , 450 oC and 500 oC for 60s and 150s.

In this paper, research developments and energy-saving influencing factors of vacuum glazing and BIPV were summarized.
Through analyzing the energy-saving test data of vacuum glazing and BIPV, the energy-saving influencing factors were given.
Most of these studies are about the effect of environment factors on the lifetime of PV module.
The energy-saving influencing factors Vacuum glazing.
Taking crystalline silicon and amorphous silicon as an example, the air temperature of module contact is the main affecting factor.

One way to overcome this is to replace it with materials that are environmentally friendly and safe for health, namely biodegradable plastics with high mechanical properties, where the mechanical properties are affected by the drying temperature.
The combination of temperature and drying time factors will produce optimal conditions for all analyzed parameters [15].
The plasticizer nature and content greatly influence the properties of the materials [20].
The mechanical strength of biodegradable plastics including tensile strength and elongation can also be affected by the presence of cracks.
Thanckachan, Investigations of chitin and coconut fiber reinforcements on mechanical and moisture adsorption properties of corn starch bioplastics, Proceedings (2022) 2214-7853

The accuracy of inverse estimation for viscoelastic material properties is usually affected by two main factors: mechanical model and the initial value of iterations.
Introduction Human diseases are usually correlated with changes in mechanical properties of soft tissues.
Therefore, nondestructive and noninvasive measurements of mechanical properties are of great importance in medical diagnosis field.
For better understanding of the relationship between human diseases and tissue mechanics, various methods have been developed to measure the mechanical properties of biological tissues.
Fung: Biomechanics: Mechanical Properties of Living Tissues.

Results and Discussions Mechanical Properties.
Physico-mechanical properties of twistless fabrics in warp and filling direction appear in Table1.
Comfort Properties.
The number of interlacings in fabrics per centimeter is a key factor for Physico-mechanical properties of twistless fabrics.
In order to improve mechanical properties of twistless fabrics, increasing the density of a fabric can be used.

But good mechanical properties and excellent corrosion resistance of 2205 duplex stainless steel depend on well controlled welding process, which determine the proportion of austenite/ferrite and microstructure, so study of its welding properties is of considerable importance.
So does the TIG process. 3.2 Mechanical Properties Test 3.2.1 Hardness Test According to GB2654-89, Micro-hardness measurement is performed using M-400-H1 microhardness tester.
Conclusion Welded joints of 2205 duplex stainless steel with Er2209 welding wire as filler metal have good mechanical properties and corrosion resistance.
Amount of heat input effects biphase proportion, grain size, mechanical properties and corrosion resistance, the weldment with fine grains, good mechanical properties and corrosion resistance can be obtained via employment of proper heat input.
By solution treatment at 1050°C for 30min and water cooling rapidly at more than 25℃/s, austenite content of weld , heat-affected zone can be increased, grain refined, mechanical properties and pitting corrosion resistance improved and toughness of heat-affected zone is restored.

Main parameters affecting relative importance (after Ashby [1] ) material selection Material Properties: These include physical properties: density, melting point, coefficient of thermal expansion, thermal and electrical conductivities.
Each element of these mechanical properties is affected by many factors.
Each of these factors is affected by other elements as indicated by Fig.7.
Factors affecting profit [2] The economic environment determines how large is the total market for a specific product.
First the main factors affecting cutting tools performance in service are considered these are: Material behavior, characteristics, and requirements, design of tools, service conditions and economics and cost.

Taguchi Method is used to determine factors which affect optimum condition of compressive strength of Aluminum-5% fly ash.
Introduction Aluminum has such a good properties like light-weight, anti-corrosion and good thermal conductivity.
The main factors in producing of ALFA using the powder metallurgy method are the process of compacting and its large grains.
The properties of fly ash are depending on the origin of the type of coal being burned.
References [1] Arik H., and Chengiz B., 2001,“Investigation of Influences of Pressing and Sintering Temperature on the Mechanical Properties of Al-AlC4O3 Composite Materials”, Turkish J.Eng.Env.S, 53-58

The factors which affect the diameter distribution, surface morphology and thermal properties of microencapsules were investigated by the means of SEM, DSC and TG.
The factors which affect the diameter distribution, surface morphology and thermal properties of microencapsules were investigated by the means of SEM, DSC and TG.
Results and Discussion The factors which affect the surface morphology.
(B1) (B2) (B3) (B4) Fig. 2 The surface morphology of the microcapsules with different emulsifier concentration (3.5KX) (B1) 0.8％; (B2)1.2％; (B3)1.6％; (B4)2.0％ Fig. 3 The diameter distribution of microencapsules with different mulser's stirring rate The factors which affect the diameter and diameter distribution.
American Society of Mechanical Engineers, 1998, 17: 1

The paper presents the influence research results of the structure of the original polymer composition on the resulting films physical and mechanical properties.
Surface tension, pH, viscosity and other factors play a significant role in compiling the recipe for the composition and determining its processing technology.
The effect of the ratio of comonomers on the physical, mechanical and technological properties of latex films for the obtained polymer compositions was evaluated.
Assessment of the physical and mechanical properties of latex films was carried out by standard methods.
Physical and mechanical properties of films from thickened latex compositions Physical and mechanical indices Initial thickened composition Modified composition quantitative content DOF, [mass. parts] 5,0 10,0 1.