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., Qingdao, China 4 Qingdao University of Science & Technology, Qingdao, China a xiao2oo5@126.com, b hpmn@163.com, c rankxu@163.com, d leigent@163.com Keywords: Waterborne coating, Waterborne damping coating, Loss factors Abstract.
In this paper, waterborne damping coating with excellent performance was prepared by self-made acrylic resin, and its physical and mechanical properties, chemical resistance, and damping properties (damping factor) were studied.
In order to improve the properties of damping coatings and meet the requirements of environmental protection.
The loss factor was calculated by coating modulus.
Loss factor of No.653 is minimum, tanδ is 0.082.

As well as the mechanical properties of FRP materials, the ultimate load analysis, the decision to use CFRP as a composite beam structural stiffness of the research materials.
The mechanical properties of common FRP are shown in Table1; the relationship of stress-strain is shown in Fig. 1.
Table 1 Mechanical properties of Fiber Reinforced Polymer.
Study on Tensile Properties of FRP.
When taking into account the impact of these various factors at the same time，there are studies has proved, after superposition, the stress is too large and the safety is large

Experimental Study on Damping Properties of Fiber Reinforced Composites with Resin Matrices Sun Shuangshuang1,a, Jiang Xiance2,b and Ren Yongsheng3,c 1College of Electro-mechanical Eng., Qingdao Univ. of Sci. & Tech., Qingdao 266061, China 2 Dept. of Mechanical and Aeronautical Eng., Naval Aeronautical Eng.
It is found that temperature and frequency have significant effects on damping properties of these fiber reinforced resin composites.
Thus the safety, reliability and life of blades are seriously affected.
The effects of temperature and frequency will be observed on damping properties.
It is found that temperature and frequency have significant influences on their damping properties.

Fabric properties are meaningful, including physical properties, chemical properties, wearing properties and so on.
Test of Fabric properties.
According to the meanings of original variables, from Table 5 we had defined these three main factors.
Component 1: Bend and Shear Factor, including B1, B2, WE, G, Fd, F2, which mainly showed the property of bend, weight and shear, played the most important part in all factors as its extraction Sums of Squared Loadings arrives 37.269%.
Lai, Predicting the draped pleat graceful appearance through fabric mechanical properties, Ind.

PHYSICAL AND MECHANICAL PROPERTIES OF FIRED CLAY BRICK INCORPORATING WITH MOSAIC SLUDGE WASTE A.S.
Because water content is an important factor affecting the quality of the brick, compaction test was conducted to determine the optimum moisture content (OMC).
In order to determine the OMC, which is an important factor affecting the properties of brick, a mixture and test was based on British Standard 1377.
Shrinkage depends upon several factors.
These factors include the properties of the components, the proportion of the components, mixing manner, the amount of moisture, dry environment and member size.

In the present work, the effects of sintering temperature on physical and mechanical properties of HA/YSZ nanocomposites were investigated.
However, the processing parameters are the main factors that controlled the properties of the ceramics.
This result correlates with densification properties.
Lim, The evaluation of powder processing on microstructure and mechanical properties of hydroxyapatite (HA) /yttria stabilized zirconia (YSZ) composite coatings, Surf.
Lim, Processing, microstructure and mechanical properties of yttria stabilized zirconia reinforced hydroxyapatite coatings, Mater.

The influence of the thickness and stiffness of the layer, elastic modulus of the substrate on the structural-mechanical properties of the deformed surface is studied.
Depending on the composition their mechanical properties vary from hard plastics to soft elastomers in a wide range of operating temperatures.
Sherban, Structural-mechanical and antibacterial properties of a soft elastic polyurethane surface after plasma immersion N2(+) implantation, Mat.
Soft polyurethanes treated by plasma immersion ion implantation: structural-mechanical properties of surface modified layer, J.
Nguyen, A Review of Factors That Affect Contact Angle and Implications for Flotation Practice.

Extensive studies have been carried out to explain the fact that the microstructure of weld and CGHAZ plays an important role in defining the mechanical properties of the weld zone [2-3].
Besides the microstructure, the alloy element also plays an important role in the properties.
The toughness of the HAZ is strongly influenced by metallurgical factors such as the M/A constituents, the microstructure of the matrix and the grain size.
The type and distribution of M/A constituents can affect the toughness greatly.
Yang, Materials for Mechanical Engineering. 25 (2001) 1-6

The Impact of The Deposition Parameters on The Mechanical Properties of Thin Carbon Layers VOLESKÝ Lukáš 1, a*, BAKALOVA Totka 1, b, BORŮVKOVÁ Karolína 1, c and LOUDA Petr 1, d 1 Institute for Nanomaterials, Advanced Technologies and Innovation, Technical University of Liberec, Studentská 2, Liberec, Czech Republic, EU alukas.volesky@tul.cz, btotka.bakalova @tul.cz, ckarolina.boruvkova@tul.cz, dpetr.louda@tul.cz Keywords: plasma treatment, carbon, mechanical properties, adhesion, layers Abstract.
The article describes the effect of the pressure in the chamber during the deposition of thin layers on the basic mechanical properties of thin layers based on carbon.
Carbon layers are mostly used for their very good sliding properties especially in cases where can not be used process fluids or where is necessary to reduce the friction between the two materials.
However the best adhesion values were obtained ​​in layers with a maximum deviation of the properties of the deposited layers, i.e.
Summary The aim of this study was to demonstrate the dependence of the mechanical properties of the DLC films on the pressure in the chamber during the process.

The fracture toughness property is a major factor for designing oil and gas pipelines.
Results show the morphology of M/A constituent is one of the factors influencing impact fracture.
Yang, “Challenge of mechanical properties of an acicular ferrite pipeline steel,” Mater.
Ahn, “Correlation of microstructure and charpy impact properties in API X70 and X80 line-pipe steels,” Mater.
Dwivedi, “Microstructure and tensile properties of submerged arc welded 1.25Cr-0.5Mo steel joints,” Mater.