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The paper presents the research and experiment in mechanical properties of iron core, coil diameters, and installation to analyze the factors affecting the precision and gives the optimized design for reference.
The paper presents how to improve the sensor performance and the recognition precision based on mechanical properties in the term of analyzing coil parameters. 2.
The core shape is a significant factor which directly affects the eddy current signal and the sensitivity for detecting coins.
Considering the factors of decreasing interference between coils and the practical shape, the improved device configuration designed upon experiments is shown in Fig. 4.
The method based on mechanical properties, which is presented in the paper, is widely used in the improvement for the coin telephone of HT998(3)P/T.

Mechanical Properties and Microstructure of Zinc Oxide Varistor Ceramics H.N.
hnyoshim@ipt.br Keywords: Varistor, Ceramic, Mechanical Properties, Microstructure, Fracture.
There are limited mechanical properties data regarding ZnO varistors in the literature.
Table 1 - Microstructural characteristics and mechanical properties of ZnO varistors.
Green, An introduction to the mechanical properties of ceramics.

How to improve the precision of the stamping forming has been one of the stamping researchers concern in the stamping technology.This paper analysis the material stamping performance of AL5052 aluminum alloy sheet,study the influencing factors of forming precision,and find the the mapping relationship between influence factors and stamping forming to effectively predict the forming error .The first part is to analyze the factors that affect the forming process, then get the main factors that influence the part of stamping forming.
In the same cold working rate of plate, its performance curve is stable when anneal within the range of 100~260℃, and it has little effect on the mechanical properties when the holding time is 1~3h.
So the mechanical properties of the different time are also different.
The determination of input parameters: The input parameter refers to a few main factors affected the accuracy of stamping.
Through the analysis of the influence factors, find out the main influencing factors of the numerous factors, establishes the mathematical model of main influence factors, and get the error sources by training the BP neural network weights, and then to approximate the real machining process, and prove the validity of the model.

Mechanical expanding process for large diameter line pipe, a detailed analysis of factors affecting the quality of the final products of the mechanical expansion and proposed optimization using orthogonal array optimization method, as an indicator of dimensional accuracy and shape accuracy of the products, combination of a variety of specifications of mechanical expanding products, the main process parameters to be optimized.
Thus, the line pipe from the material properties to the forming process as well as welding assembly is different from the ordinary steel.
Process Parameters Many factors affect the mechanical expansion of the final product quality in a variety of process parameters, when a certain number of mold valve case, the factors directly related to the forming process of expanding rate, die radius, mold edge fillet radius, the following These three parameters will discuss the impact of the final product.
Mold edge of the fillet radius on the impact of products Mold edge of the fillet radius mainly affects the initial contact position of the billet and the mold, fitting behavior of the billet and the mold surface, thereby affecting the quality of the products.
Mechanical Expansion Optimization Mechanical expansion of the final product quality is good or bad is the combined result of various factors.

The results show that: the distribution and morphosis of the M/A constituents have strongly effect on the mechanical properties.
However, the influence of morphological, quantity, dimension and distribution of M/A constituents exist in X80 pipeline steel on mechanical properties have not been studied systematically.
These two factors contribute the higher impact absorb energy in base metal.
Generally, the strengthening effect of constitute is dominated by three factors when the composition of constitute has been known.
(2) The M/A constituents changes in average chord and volume fraction have large effect on mechanical properties.

Determination of factors influencing the mechanical tensile is important to improve the 3D angle interlock end use in various technical fields.
This paper will present review on several factors that can affect the tensile performance of 3D angle interlock woven fabric.
Both studies presented that 3D angle interlock have good mechanical performance in tensile and flexural properties compared the other type of 3D woven fabrics.
This has increased the tensile strength properties.
Zhao, "Effect Fabric Structures on Mechanical Properties of 3D Textile Composite," Journal of Industrial Textiles, vol. 35, pp. 239 - 256, 2006.

Corrosion rate and Mechanical Properties of 316L Stainless Steel Wires in Different Corrosive Conditions Ji Jianbo1,a, Tong Jian2,b 1College of Mechanical Engineering, Xuzhou College of Industrial Technology, Xuzhou 221140,Jiangsu, China 2College of Mechanical Engineering, Yangtze University, Jingzhou 434023,Hubei, China ajijb@mail.xzcit.cn, btong_3jian@163.com Keywords: 316L stainless steel wire; corrosion rate; weight loss method; mechanical properties; fracture strength Abstract.
And test temperature factors on the corrosion rate of 316L stainless steel wires and mechanical properties of the most obvious effect.
Sun Shiqing et al. in hydrochloric acid corrosion of 316L stainless steel fibers were studied[2], but they did not specify 316L stainless steel wire corrosion law in Cl- environment and variation of material mechanical properties after corrosion, so this article in view of 316L stainless steel wires corrosion rate in different conditions and variation of mechanical properties after corrosion were studies, for 316L stainless steel wires applications and research provide test reference.
Fig.2 The relationship of test temperature and the average corrosion rate of 316L stainless steel wires By compared with different the concentrations of the mixed solution, different test temperature for the corrosion rate of 316L stainless steel wires, we can see that with the increase of the concentrations of the mixed solution, test temperature, the corrosion rate of 316L stainless steel wires increasing constantly, and all occurred a certain degree of passivation, among them test temperature factors become more obvious. 3.2 Analysis of 316L stainless steel wires mechanical properties As shown in Fig.3,the higher the concentrations of the mixed solution, the lower fracture strength of 316L stainless steel wires.
(3) Affecting the corrosion rate and fracture strength of factors, the temperature rise on corrosion of 316L stainless steel wires is more obvious.

We consider the main factors affecting the mechanical characteristics of polymer composites, and determine the main limitations of using centrifugal casting technology for polymer composites.
The type of used polymer material affects mechanical properties due to the different nature of adhesion to reinforcing component.
Thermoplastics are recyclable; thermoset plastics have higher mechanical properties, but are not recyclable.
ISO 178: 2010 - Plastics - Determination of flexural properties was used as a document to regulate process for the evaluation of mechanical properties.
In the future plans we will explore changes in the casting mode, as well as the influence of other factors to obtain the desired mechanical characteristics of the product.

Research Progress of Adsorption Properties of Hydroxyapatite Hailin Fan1,a, Zhaoxia Hou*1,b, Shaohong Wang1,Meihan Wang1 Xiaodan, Hu1 1 Liaoning Province Key Laboratory of New Functional Materials and Chemical Technology, School of Mechanical Engineering, Shenyang University, Shenyang, China awuweifanhailin@126.com, *bluckyxia2007@126.com Key words: Hydroxyapatite; Adsorption properties; Influencing factors; Kinetics Abstract: Nowadays, serious environmental pollution demands enterprises to dispose waste water, especially for the printing, dyeing and nonferrous metal ones.
In this paper, the pollution situation, adsorption properties, adsorption mechanism, influencing factors and adsorption kinetic of hydroxyapatite are introduced.
Influence factors of adsorption Background.
This method can also be used to study the influence factors of adsorption properties of HA.
Temperature is also an important factor which affects the adsorption process.

Mechanical Properties Young and Shear Moduli.
Patient age is another important physiological factor affecting fracture toughness.
The tubule orientation θ with respect the direction of load application is probably the most important factor affecting dentin fatigue behavior.
Damping is affected by many factors, in particular it increases if dentin is damaged and structural defects are present [96].
Feng, Dynamic mechanical properties of cortical bone: The effect of mineral content.