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The phenomenon of the factors that influence the dilution that occurs between the filler material and the base material and the technological processes possible to achieve efficient plating.
It should be minimal, so the mat made ​​to be as close to the weld material, and to obtain specific properties of the structure and the selection of particular filler.
Main functional properties of the plating obtained by welding a drum charging The area tested Mechanical properties Rp 0,2 [MPa] Rm [MPa] A [%] Z [%] KV-46 [J] HV10 Material base (MB) 498 675 23,2 58,4 57,5 197 Heat affected zone (ZIT) 424 593 18,0 35,0 52,8 23,7 Filler material (MA) 590 868 25,8 35,8 42,9 245 Basic material: AISI 410; Filler material: Inconel 625 Fe.
There is a substantial increase in the phenomenon of dilution which means reducing the functional properties of the torque resulting from the coating.
[4] Gh., Amza, R., Albulescu, Ultrasound effect on the mechanical properties of parts, booded by welding – Metalurgija, vol 53, (2014) 71-74 [5] V., Bejan, Tehnologia fabricării şi a reparării utilajelor tehnologice- tehnologitate şi mentenabilitate în construcţia de maşini, Oficiul de informare documentară pentru industria construcţiilor de maşini, 1991

The physical and mechanical properties of FRP bars and reinforcement of beam are shown in table 1, and table 2.
Physical mechanical properties of FRP rebars FRP rebars class Diameter[mm] ffu[MPa] Elongation[%] Modulus of elasticity[GPa] CFRP rebars 9.5 adhersing sand 1779 1.65 136 GFRP rebars 9.5 adhering sand 993 2.31 72 Table 2.
Base specimens Base specimens adopt series A test model, and have the same size and the same physical and mechanical properties of FRP bars like previous one.
Table 3 shows the physical and mechanical properties of concrete.
Physical mechanical properties of concrete Concrete (C30) fc [Mpa] εc [10-6] ft [Mpa] Ec [Mpa] ν 20.1 1640 2.01 30000 0.2 Table 4.

This study observed that mechanical properties of join.
It depends on material at retreated side cause into the mechanical properties of join consist of material over retreated side.
The aim of this study is finding the suitable with micro and macro structure and mechanical properties.
This work studied in various conditions with influence with mechanical properties of join.
The rotation speed and welding speed of joint are a significant factors.

Hallad et al. [7] used graphene to enhance the mechanical properties of natural fiber, and they found that when the graphene was treated with 0.5% NaOH and KMnO4, the mechanical properties of the composites were the best.
Electrical properties.
Mechanical Properties.
The morphology of TPV/MWCNTs composites The selectively location of nanofillers in the polymers is not only related to the thermodynamic factors, but also to the kinetic factors.
Mechanical properties.

The paper presents the results of evaluation of clinched joint properties.
The tension test and microhardness test were used for the evaluation of clinched joint properties.
The following tests were performed for evaluation of the properties of the joints: tensile test and microhardnesses test.
Clinching has proven to be a suitable mechanical joining method for the observed combinations of materials; however, factors affecting the properties of the clinched joints have to be taken into consideration, such as the type of materials to be joined, their position with regard to the punch and die, as well as their thickness and mechanical properties.
Malakondaiah, Effect of vanadium and titanium modification on the microstructure and mechanical properties of a microalloyed HSLA steel, Mater.

The tile is actually transversely isotropic, where its out-of-plane properties are different from its in-plane properties.
In the heat transfer analysis, only conductivity of the material is affected by this assumption and in the thermal stress analysis, only the elastic material properties are affected.
For the undamaged configuration, using constant mechanical properties produces lower maximum von Mises stresses in the tile and underlying structure.
Thus higher stresses are obtained in the analyses where mechanical properties are functions of temperature.
These two factors may generally determine the thickness of the TPS and the material selection.

And the initial cubic γ′ precipitates start to coarsen directionally during high temperature creep, which results in the degradation of the mechanical properties, especially the creep properties.
The gradually change of microstructure results in a deterioration of the mechanical properties.
Therefore, the working conditions and the crystal orientation affect the formation of rafting, which will subsequently affect the creep properties.
Then much attention has been paid to investigate effects on creep and other mechanical properties.
It indicates the superior mechanical properties related to rafting.

This paper will study on mechanical characterization of AFM to meet the minimum cutting thickness and influence factors.
Minimum cutting thickness that atomic force microscope mechanical scribing can reach is connected with the diamond tip radius, the physical and mechanical properties of the material being cut.
In this experiment, the specimen is copper, mechanical properties of material surface had great influence on the machining results.
Nanoindentation measurement of aluminum surface properties was shown in figure 4.
Fig. 5 AFM images(Al) AFM mechanical scratching influence factors based on the minimum cutting thickness.Some other factors affect the minimum cutting thickness, such as the smoothness of the surface, noise and other factors can not be ignored [7].

It is believed that microstructural features such as amorphous phase, grain boundary, secondary phase and intergranular pores contribute significant additional magnetic anisotropy and demagnetizing fields, thus affecting the initial permeability accordingly.
However previous literatures focused more on the effect of the composition-dependent-magnetic properties as compared to that of microstructure-dependent-magnetic properties of ferrites [2, 3].
The wide use of these materials and the general believe that their preparation conditions would affect their physical properties have motivated us to study the effect of sintering temperature on the evolving magnetic and thermo-magnetic behaviour of YIG.
In fact, resistivity is a result of the combined influence of several factors such as crystal structure perfection, grain size, microstructural homogeneity, and Fe2+ ion concentration [19].
Raju, Magnetic and microstructural properties of Sn/Nb substituted Mn-Zn ferrites, J.

Oxidation stability is one of the most important properties of biodiesel, which primarily affects the stability of biodiesel during storage for long time.
Factors affecting biodiesel oxidation stability Oxidation stability of biodiesel is affected by two kinds of factors including: external factors, such as heat, catalyst, air, light, additives; internal factors, such as the type and content of fatty acid methyl ester, the natural antioxidants.
It showed that sesamol and soluble polyphenols had the same properties with BHA and BHT.
Although over-dosing can reduce oxidation stability and in extravagant doses can deleteriously affect other fuel properties.
Further work is necessary to better understand the factors and mechanisms which affect the oxidation stability of biodiesel/petro-diesel blends.