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The mechanical properties for AA7075-0 are shown in Table 1.
Mechanical properties for AA7075-0.
This allows for the efficient collection of the necessary data to determine which factors most affect product quality with a minimum amount of experimentation.
Determine the design parameters affecting the process.
Factors/Run no.

Some of the required data for this study include geological conditions, slope geometry, physical and mechanical properties of the rock from laboratory tests, and previous research findings.
Several factors affect slope stability, including geometry, material properties, discontinuity structure, rock mass, vibration, climate, and mining processes.[2].
In the laboratory, three rock samples were tested to determine their physical properties such as density, degree of saturation, void ratio, and porosity, as well as their mechanical properties like shear strength.
The physical properties of each sample were determined through physical property testing.
The Safety Factor (FS) value is determined using data collected from laboratory testing of the physical and mechanical properties of rocks, geometry data, and kinematic data.

Research on Performance Effect Factors of flexural member for concrete filled rectangular steel tube Song Jiqiang1, a 1Architecture and civil engineering school , Inner Mongolia University Of Science & Technology, Baotou 014010, China a 624782193@qq.com Keywords: concrete filled rectangular steel pipe, flexural member, influencing factors, parameter analysis Abstract: Today large concrete filled rectangular steel tube members are widely used in large-scale civil engineering.
The main factors influenced the flexural member of the concrete filled rectangular steel tube are analysed in this paper.
Main factors influencing the concrete-filled rectangular steel tube The interaction between the steel tube and core concrete is mainly performed at the constraint function of the core concrete to the steel tube, which make the concrete material changed, strength increased, plasticity and toughness improved.
In this case, the flexural property of concrete-filled rectangular steel tube are affected by the nature of the steel tube and core concrete and the match of the geometric parameters and physical properties parameters.
Experimental study on flexural mechanical properties of concrete structures resisting rectangular steel pipe.Journal of .2006（3）：388-391

Grinding surface residual stress During the manufacturing process, the nanostructured ceramic coatings parts will be subjected to influence and affection from various process factors, after these affected factors has disappeared ( such as the external force is removed, the temperature reaches uniform, phase transition is completed), if above the influence and affection aren’t followed disappeared completely, there are still part of the influence and influence in the component, then this kind of residual influence and affection is called residual stress.
Because of the great difference of thermal physical and mechanical properties of ceramics , and influenced by the coating thickness and shape, the original stress state is different properties of different size on the surface of the specimen. the original stress state surface has an effect on the particle removal process, if it is original compressive stress, can suppress the extension of the grinding zone brittle crack and increases the ratio of microscopic plastic deformation, and thus it affects directly the grinding the measured value of the residual stress.
Grinding surface residual stress is one of the main indicators of the parts machined surface quality, it affects directly the mechanical, physical properties of the part, so it has guiding significance that analysing residual stress how to influence performance of nanostructured ceramic coatings , grasping fully the nature and law of residual stress, predicting machined surface quality of the parts.
Classification of grinding surface residual stress Existing state of residual stress is varied with the change of material properties, formation conditions, there are several classification methods as following.
According to the partitioning size of influential range, grinding surface residual stress can be divided into three categories of macro, micro and super micro residual stress, macro residual stress has an important influence on the mechanical properties and crack deformation, macro residual stress is called the first class of residual stress, it is distributed in the macro scope that there is balance in a larger range of many objects or grain range, its size, direction and nature can usually be measured by physical or mechanical methods.

Microstructural study revealed that morphology and distribution of non equilibrium Mg17Al12 phase is main factor determining the tensile and creep properties of as cast Mg-xAl-Zn alloys.
Therefore the database of mechanical properties and castability of magnesium alloys is very important to developing the new magnesium alloys.
However, its application is limited to temperature below 120°C due to rapid degradation of mechanical properties, especially the creep resistance, due to the thermally unstable β phase (Mg17Al12) at elevated temperature [9~13].
In this present study, we investigated the effect of Al content on the microstructural characteristics and mechanical properties, such as tensile and creep properties, of Mg-xAl-Zn (AZx1) alloys Experimental procedures The chemical compositions of AZx1 alloys used in this study are shown in the table 1.
Microstructure study revealed that morphology and distribution of non equilibrium Mg17Al12 phase is main factor determining the tensile and creep properties of as cast Mg-xAl-Zn alloys.

Material and Methods The biomechanical properties of biological grafts can be divided into two major classes, respectively structural and mechanical properties.
Mechanical properties on the other hand describe the intrinsic mechanical behavior of a single material (“material properties”).
The mechanical properties of a graft material will affect the clinical efficacy of that material.
Compared to the use of synthetic meshes, biological grafts do not have the risk of rejection or erosion, important adverse events affecting the patient’s quality of life.
Fashokun, Pelvic organ prolapse in women: An overview of the epidemiology, risk factors, clinical manifestations, and management, www.uptodate.com, (2016)

The primary cause of aging on silicone rubber is oxygen, light, heat, ozone or other factors conditions.
The study on effect of aging on mechanical and electrical properties is still lesser.
Results and discussion Mechanical properties Table 1.
The mechanical properties of the five kinds of conductive silicone rubber after hot air aging treatment Table 1 shows the mechanical properties of five kinds of conductive silicone rubber samples before hot air aging.
Both the two changes reduce the mechanical properties of rubber significantly.

It should degrade at a controlled rate while releasing drugs and/or bone growth factors and its mechanical properties should match those of the host tissues.
In this work, we demonstrate how robotic assisted deposition can be used to build organic and hybrid organic/inorganic parts with custom compositions, designed porosity and tailored mechanical properties.
The final line thickness depends on several factors: nozzle diameter, printing speed, printing height (�Z in Fig. 1b) and drying shrinkage (typically ~ 25% in volume).
For example, for a 410 µm tip, the line diameter does not depend on the speed, but for a 5 µm diameter nozzle, the diameter of the printed lines can be reduced from 400 µm to 100 µm, without affecting the pore size, by increasing the printing speed from 5 to 20 mm/s.
The mechanical properties of the scaffold are anisotropic and the data shows how they can be easily adjusted by controlling the composition.

Thermo-mechanical properties of fiber reinforced raw perlite concrete.
Factors affecting the thermal properties of concrete and applicability of its prediction models.
Experimental research for the effect of high temperature on the mechanical properties of steel fiber-reinforced concrete.
Thermal and mechanical properties of fiber reinforced high performance self-consolidating concrete at elevated temperatures.
Experimental study of the thermo-mechanical properties of recycled PET fiber-reinforced concrete.

Laser-assisted waterjet micro-grooving of silicon wafers for minimizing heat affected zone Xiangning Pana, Chuanzhen Huangb * Jun Wangc, Hongtao Zhud and Peng Yaoe Center for Advanced Jet Engineering Technologies (CaJET), Key Laboratory of High-efficiency and Clean Mechanical Manufacture (MOE), School of Mechanical Engineering, Shandong University, Jinan, China.
This paper aims to develop predictive models for groove depth, width and heat affected zone using a dimensionl analysis technique.
Furthermore, the waterjet offset distance affects negligible.
(6) Substitute the experimental data and the properties of monocrystalline silicon in the Eq.6, , the equation of H~(P, v, d, xwl, Pwj) can be worked out through the regressive analysis.
It has been investigated based on Dimensionl Analysis that the waterjet pressure is the most notable factor for groove geometry and HAZ size.