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Environmental issues are among the most challenging problems affecting living conditions of urban population in nowadays’ Russia, and, therefore, are the most crucial questions needed solution under current industrial conditions.
The influence the composition of the raw material on basic properties of masonry paints under different condition is studied.
Introduction Urban living standards are affected by various factors, viz. natural environment [1-8], health service [9], housing maintenance level [10-13], service culture [12, 13], energy supply [16, 17], transportation and city infrastructure [18-21], etc.
[14] Chou J.S. and Wu J.H., Success factors of enhanced disaster resilience in urban community, Natural Hazards. 2(74) (2014) 661-686
Wilson et al., Factors affecting the water retaining characteristics of lime and cement mortars in the freshly-mixed state, Materials and Structures. 2(44) (2011) 509-516

In conclusion, the optimal dis-MNs presented suitable dis-MNs properties with minimally invasive device for ocular tissue, acting as an appropriate dis-MNs model for the ophthalmic drug delivery system.
Chitosan and polyvinyl alcohol (PVA) are water-soluble polymers with excellent mechanical properties and fast dissolution in ocular tissues [3].
Design of experiments (DoE) is a structured and organized method for prescribing the relationships between independent variables (input factors) affecting one or more dependent variables (output responses), through the mathematical models.
The dis-MNs were investigated the physical and mechanical properties, penetration depth of ocular tissues and dissolution time.
The relationship between input factors and output factors was described in significant terms of coded factors equation as follows: [2]-[3].

However, research on service properties of materials and equipments with BDF is quite limited, although it is very important due to the raw materials and components of BDF is complex considerably, especially BDF has high hygroscopicity, easy to absorb water from the atmosphere to generate organic acid during the storage and use lead to cause corrosion [6-12].
There is also need to discuss the corrosion and fatigue properties to ensure the safety of BDF devices.
The mechanical properties of aged alloy were 222MPa of 0.2% proof stress, 307 MPa of tensile strength, 712 MPa of true fracture strength and 14.5% of reduction of area, respectively.
However the stress concentration factor due to this notch is about 1.04, so this specimen can be regarded as a plain one.
It is very necessary to further study on fatigue strength and fracture mechanics of BDF devices because those were affected by many factors such as raw materials, temperature and humidity and so on during practical application [17-20].

Good mechanical properties: The mechanical properties play a decisive role in the performance of interface, including strength, toughness, precision, etc.
In the above factors, inner hole and outside circle of fixture head are machined under an installation, so that D5 is very small and can be ignored.
But the random errors of steel shaft are related with the uneven material of steel shaft and other random factors in the process of free-fall, which are comparatively difficult to control.
In conclusion, in factors influencing steel shaft pre-position, the biggest factor is the random errors of steel shaft in the process of free-fall.
Its overall structure has following characters such as simple structure, reliable and stable connection, and good mechanical properties, etc.

VULNERABILITY of hazard-affected bodies refers to the degree of vulnerability of hazard-affected object subject to the disaster risk impact, which is determined by a series of natural, social, economic and environmental factors and their interaction processes that may affect the sensitivity of the hazard-affected system to the disaster impact.
In accordance with the analysis and research of hazard-affected mechanism, the factors effecting the speed and accumulation thickness within the range of dam-break submerged and buried area comprise the current dam height, the current reservoir capacity and the tailing dam downstream main ditch longitudinal gradient.
As the slope stability of the tailings dam is mainly affected by the physical and mechanical properties of the tailings, thus it is able to use the internal friction angle, cohesion and bulk density for measurement.
The inherent vulnerability of hazard-affected body refers to the availability subject to loss after receiving a certain intensity of impact depended by the physical characteristics of the hazard-affected body, which reflects the capacity to resist hazard-affected factors of the hazard-affected body.
G is the fresh weight over the ground and Mis the mechanical strength of stem

Stress has a direct impact on the crack initiation life of groove brake discs, and temperature changes affect the material properties of brake discs, thereby affecting the crack initiation time.
This paper gives the model the properties of temperature-displacement coupling C3D8T type unit mesh.
This rise in temperature results in changes to material properties and induces thermal deformation.
Li, The influence of laser surface texture parameters on the hydrophobic properties of Fe-based amorphous coatings, J.
Ma, Effects of single-and multi-shape laser-textured surfaces on tribological properties under dry friction, Proc.

Permanent magnets with a high thermal resistance of properties of the SmCo5 alloy created a magnetic field on a friction path.
The device described in [15] has been developed and manufactured to study colloidal stability of magnetic fluids and oils in inhomogeneous magnetic fields, as well as to study the factors affecting structural stability of magnetic liquid media.
In order to check how this fact affects the work function, we made surface measurements of construction materials, which are different in mechanical and magnetic properties, coated with a thin (10 µm) layer of magnetic or non-magnetic oil.
However, it is also unacceptable to absolutize any of them, since the degree of their influence depends on a combination of many factors determined by friction conditions.
Mishchak, Tribological properties of ferrofluid, Friction and Wear, 27, 3 (2006) 330-336

Research for Creation of High-Strength Structures and Joints by Setting up Local Material Properties H.
To that purpose, different properties of the components are combined.
Additionally, the possibility of the use and calculation of local changes in strength, which can be influenced by factors such as joining processes, will be addressed.
Scaled material properties should be characterised in such a way that product developers have the possibility of interactively designing optimised high strength metallic structures, if they possess knowledge of the material properties and suitable rules for representation: material properties will be "constructed within".
Within the Collaborative Research Centre's 675 project, procedures will be developed for controlling the crack propagation by affecting materials locally.

Study on Influential Factors of Grinding Surface Residual Stress in Dry for Controlling Workpiece Surface Integrity Xiuming Zhang1, a, Shichao Xiu1,b *, Lijuan Liu2,c and Xiaoliang Shi1,d 1School of Mechanical Engineering & Automation, Northeastern University, Shenyang, China 2Taiyuan Heavy Industry Co., Ltd., Taiyuan, China azyzyzhangyong@126.com, bzyzybibby@126.com, c163lijuan@163.com, d734453006@qq.com Keywords: Residual stress, Surface integrity, Ground surface, Temperature field, Numerical simulation, Thermal-mechanical coupling.
(2) Mechanical properties of the workpiece, such as yield strength, elastic modulus, coefficient of linear expansion, tangent modulus, vary with temperature
Finite Element Simulation of Thermo-Mechanical Coupling Field.
Considering the temperature change will affected the material characteristics, thermal unit should change to the structure unit before the simulation analysis of residual. (2) Grid dividing.
Considering the grinding efficiency and other factors, for grinding 45 steel, if the grinding depth should be less than 20μm, the wheel speed is 30m/s and the workpiece speed is 0.05m/s, the residual stress will be less than 180MPa and the workpiece surface will not burn.

Mechanical properties are carried out according to GB/T531-1999.
Because of the EPDM filled with modified AlN is affected by many kinds of factors, it is not sufficiently to justify the modified effects of AlN only through the TGA analysis.
The reason is that over much filler will lead to unevenly disperses in the matrix thus affecting the thermal conductivity properties.
Mechanical Properties.
Conclusion In this paper, the properties of AlN and modified AlN, the influences of AlN particles on the thermal conductivity and mechanical properties of AlN/EPDM systems have been studied.