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Effect of Anisotropy on the Thermoelectric Properties of Bi1Sb3Te6 Added with Au Alloys Prepared by Mechanical Alloying Process W.K.
An effect of anisotropy on the thermoelectric properties of Bi1Sb3Te6 added with Au alloys prepared by a mechanical alloying process has been studied.
A highly anisotropic hexagonal crystal structure which has weak van der walls bonding along the c-axis is the reason of low mechanical properties; especially the brittleness caused by cleavage fracture.
The change of (1 1 0) plane which is perpendicular to the basal plane appears to affect the thermoelectric properties.
Results and discussion The effect of anisotropy on the thermoelectric properties of Bi1Sb3Te6 added with Au alloys prepared by a mechanical alloying process has been studied.

Since no antibacterial properties of bacterial cellulose alone as a packaging material, there is a non-antibacterial properties of defects.
From product performance point of view, the current foreign biodegradable antibacterial plastic mechanical properties and biodegradation properties and antibacterial performance, these plastics are biodegradable antibacterial play an important role.
Test methods Orthogonal Design.The inhibitory effect of biodegradable cellulose packaging material mechanical properties of many factors, the experimental analysis of the information obtained, directly affect the test results, there are three underlying causes can be made of polystyrene dosage, microcrystalline cellulose usage and the amount of titanium dioxide.
In the case of normal temperature and pressure molding time was 12h, emphasis on the amount can be made of polystyrene, microcrystalline cellulose, and the amount of toluene and acetone delivery compared to the physical and mechanical properties of materials, so the experimental design three factors, three levels L9 (33) orthogonal test table.
Antibacterial properties also reflect the best.

The results showed that brominated flame retardant improved flame retardancy of LGFPP efficiently can be proved by TGA, and had less affected on mechanical properties.
The thermal stability behaviors, flame retardancy and mechanical properties of DB-AO on LGFPP were discussed.
The addition of DB-AO had less affected on mechanical properties of the composites, which are much better than IFR-LGFPP system.
The TGA, LOI, UL-94 and mechanical properties indicate that DB-AO has a effect on flame retardant LGFPP, and DB-AO (12wt%) of composites having the best properties.
Mechanical properties of long glass fiber-reinforced polypropylene composites and their influence factors.

The treatment was used in order to improve mechanical and fatigue properties of the steel Obtained research results indicate an insignificant improvement of mechanical and service properties of the strengthened steel under the conditions of corrosion at constant load.
Mechanical properties of the weld slightly improved in relation to the base material.
Mechanical properties of the steel..
Such behaviour of steel components with surfaces strengthened by means of friction treatment results from the effects of several factors.
Serbiński Investigations and modeling of material degradation under influence of action of mechanical and corrosion factors,, Problems of Eksploitation, 4 (2003) 29-36 (in Polish)

Physical properties of sands and the recycled waste.
On the contrary, the factors DS content and RA content, as well as the interaction between the factors DS content and BW content (DS×BW), do not significantly affect the flexural strength of the eco-mortar [41].
On the other hand, the ANOVA analysis shows that the DS content and RA content factors do not significantly affect the two tests.
Jianguo, Influence of desert sand on the mechanical properties of concrete subjected to impact loading, Acta Mechanica Solida Sinica. 30 (2017) 583-595
KAPLAN, Mechanical durability and microstructural properties of sustainable high strength mortars?

As the welded constructions have specific requirements, the development of high strength and ultra-high strength steels imposes the need for research on the factors influencing their weldability.
The chemical composition and the mechanical properties of S700MC, according to manufacturer, are represented in Table 1.
Therefore, reduction in mechanical properties could be expected it this zone; this will be a subject of future researches.
Szataniak, The structure and mechanical properties of Domex 700MC steel, Communications, No. 4, 2013, pp. 54-57
Microstructure and mechanical properties of low power pulsed Nd:YAG laser welded S700MC steel.

Finite Element Analysis on Thermal-stress in Lining Expansion Gap Setting Affects on 150t BOF Shell Xue Ping Ren1,a, Guang Kun Wang2,b 1Department of Mechanical Engineering Inner Mongolia University of Science & Technology Baotou, China 2Department of Mechanical Engineering Inner Mongolia University of Science & Technology Baotou, China arxp@imust.cn, bguangkun1986@163.com Keywords：Converter; Thermal-stress; Finite Element Analysis Abstract.
Converter body is the core device in oxygen converter, the thermal-stress is the major factor affecting the lifetime of the converter, ansys the stress level in different parts of the converter is essential to improve the converter life.
The thermal-stress BOF shell suffered when working is the main factors affecting the life of the furnace shell, the main factors affect the BOF shell stress level is static load, dynamic load and heat load, heat load in a dominant position in BOF total stress component.
Pure Penalty: (2) Augmented Lagrange: (3) Because of the existence of an additional factor, Augmented Lagrange becomes insensitive to Pure Penalty.
In front of carrying thermal-stress analysis, material properties in different part need to be defined, the involved physical include thermal expansivity, elasticity and poisson ratio of shell material, permanent layer and working layer refractory material, they can be determined by literature[2,3].

This publication includes factors which affect the mechanical properties of PM titanium along with an overview of the developments in advance particulate processes over the last decade.
Factors Effecting Fracture Toughness of Titanium and Titanium Alloys The fracture toughness of titanium and titanium alloys can be affected by many factors such as interstitial element content, microstructure, heat treatment and other factors such as porosity which is particularly associated with PM produced titanium and its alloys.
These act as defects in the material and adversely affect the mechanical properties.
Other Factors One of the major concerns associated with a conventional pressing and sintering PM technique is residual porosity which can significantly influence mechanical properties of the resulting compact.
· It is clear that the level of interstitial impurities affects the mechanical properties of IM titanium and titanium alloys.

Effect of the HTP to X80 Ferrite Steel Structure and Mechanical Properties Yongjie Ma1, a，Guangliang Zhang2, b 1Shangqiu Vocotional and Technical College, Shang Qiu 476000, China 2HaiBo measure Shangqiu Co. , LTD.
The structure and mechanical properties of pipeline steel X80 through HTP rolled into 16mm thick slab were tested.
X80 grade pipeline steel can obtain good mechanical properties but also can effectively reduce its smelting and rolling cost[2].
Through study of the microstructure and mechanical properties, ductile-brittle transition temperature factor, and analyzed the morphology of precipitates in steel, it built a theoretical and practical basis for the development of the scene of rolling process.
Figure 2, distribution pattern of precipitation samples Analysis of Mechanical Properties From Table 1, we can see X80 grade pipeline steel has good mechanical properties.

However, the mechanical properties of zirconia can be severely degraded, which leads to the failure of dental restorations.
Swab [3] reported that the LTD of zirconia negatively affects the mechanical properties of this material.
Factors Affecting the LTD of Zirconia.
However, several factors accelerate this process.
Factors to be considered in controlling zirconia aging when used as a dental restoration material.