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In this paper, the microstructure, mechanical properties and electrochemical properties of simulated-brazing 7072Al alloy with Zn addition were investigated.
Mechanical properties.
However, the mechanical properties of alloys with different Zn addition are close.
Summary The effect of Zn addition on the microsturcture, mechanical properties and electrochemical properties of simulated-brazing 7072Al alloy was explored.
The additin of Zn element was benefical to the mechanical properties.

Evaluation of Mechanical Properties for Selected Dental Composite Resin Polymerized by Light Curing Technology at Different Thickness Fatin M.
Introduction A properties of composites materials containing resin are often re-evaluated because they may be affected by several factors, such as hardness and an intrinsic strength of a material, depending on a shade of the composite resin, the processing time, the phototherapy unit, the radiation, the spectrum of light emitted [1, 2].
Various studies have precise the effect of light emitting diode therapy on the properties of photovoltaic compounds.
Compressive strength was used in the mechanical and restorative properties evaluation test.
T Saleem, Inexpensive Near-IR Photodetector, Turkish Journal of Physics 30 (2006) 35-39 [15] Ali A, Physical, Mechanical and Surface Properties of Dental Resin- composites .A thesis submitted to the University of Manchester, 2013

The main aim is to analyze different parameters that effect the mechanical properties.
Furthermore the aim is to find several different parameters that have a positive effect on the mechanical properties.
Depending on the main aim, which is to find out the main parameters that affect the mechanical properties of lattice structures, the workflow is planned.
Microstructures that result from the material properties and the SLM process might provide information about fraction properties.
This choice is necessary, because it is not sure if the complex lattice structure yet has an effect on the mechanical properties.

However, unmodified blends are thermodynamically incompatible that negatively affects properties of the material [2].
Results and discussion Mechanical properties.
Apart from incompatibility this could be additional factor determining low mechanical properties of PP/NBR blends.
Mechanical properties of the investigated blends are especially affected at elastomer contents above 50 wt. %, especially for PP/NBR blends.
Shafei, A review on mechanical properties and applications of chlorinated polyethylene, Adv.

Such damage is defined as heat affected zone (HAZ).
Tensile Properties.
As the result, it can be assumed the less independent of the laser source properties such as wavelength and fiber orientations.
Fatigue Properties.
Summary The effect of cutting processes; mechanical cutting, pulsed-CO2 gas laser cutting and 350W-type or 2kW-type CW single-mode fiber laser cuttings, on the static tensile properties and the fatigue properties was evaluated.

Influence of Aging on Microstructure and Mechanical Properties of Wrought Magnesium Alloys Yong Xue 1, a, Zhimin Zhang 1, b, Lihui Lang 2, c, Hui Yang 1, d 1 North University of China, School of Material Science and Engineering, 030051 Taiyuan, China 2 Beihang University, School of Mechanical Engineering and Automation, 100191 Beijing, China amerryjukii@hotmail.com, bzhangzhimini@nuc.edu.cn, cforge54@163.com, dping8191@sohu.com Keywords: aging, microstructure, mechanical properties, AZ80 magnesium alloy, ZK60 magnesium alloy Abstract.
In the present paper a research has been made on the effect of aging on the microstructure and mechanical properties of AZ80 and ZK60 wrought magnesium alloys by virtue of optical microscope, electronic scanning microscope and mechanical testers.
In the present research, an attempt has been made to improve the strength and elongation, as well as the variety of mechanical properties of wrought magnesium alloys through solution aging approach.
Results and discussions Effect of aging temperature on mechanical properties of AZ80 & ZK60.
The joint effect of these factors account for the variation of ZK60 magnesium alloy in mechanical properties and microstructures as presented above.

However, the properties of recycled aluminium alloys can be influenced by various factors, including impurities, alloying elements, and processing conditions.
The research explores the structural factors and conduction process, particularly in the context of high-frequency applications.
This dual-phase structure likely impacted the mechanical properties in a complex manner
Microstructural analysis and mechanical properties of a hybrid Al/Fe2O3/Ag nano-composite. 
Ma, Effects of Mn addition on the microstructure and mechanical properties of Al–Cu–Mg–Si alloy.

Each of these factors which may impart special properties, favorable or otherwise, to the final board can be combined in a large number of ways.
Results and Discussion Effect of particle size on mechanical properties of particleboard.
The results show that as the particle size increased, the mechanical properties (MOE, MOR and IB) decreased (Table 1, Figs 1-3), i.e. the smaller the particle size, the better the mechanical properties.
It is hoped that more work will be carried out to determine the influence of other manufacturing factors on particle board properties.
Nemli, Factors Affecting the Production of E Type Particleboard, Turk J.

Machining induced residual stress is influenced by many factors.
Extensive studies on the influence of cutting parameters, tool parameters, as well as basic properties of materials have been carried out during the past decades, while another important factor, initial stress distribution in workpiece, was often ignored.
Introduction Residual stress after machining has significant influence on fatigue life, corrosion resistance, abrasive resistance and many other properties of a machined part [1, 2].
Material model and FEM simulation setup The material used was SCM440H, a low alloy steel in Japanese Industrial Standard, and its chemical composition and mechanical properties are listed in table 1 and table 2, respectively.
Basic Physical Properties of SCM440H Density Hardness Thermal conductivity Thermal Capacity Young’s Modulus Poisson’s Ratio [kg/m3] [HB] [W/(m·K)] [J/(kg·℃)] [Pa] 7820 341 36.37 583.9 2.1×1011 0.3 The material constitutive equation is a key factor influencing the accuracy in FEM analysis of cutting process.

Introduction The results of coating binder migration in coating layer influence the structure and surface state of coated paper, finally affect the coated paper properties such as printing properties[1-3].
Coated paper printing performance is affected by many factors, such as pigment type and size, binder type and dosage, coating and printing production process and so on, coating binder and its migration is not the only factor influenced the printing properties.
This paper tried to use binder relative concentration in the coating surface and its distribution in z-direction and influence factors to illustrate effects of binder migration on coated paper printing properties.
Some factors such as pigment type, pigment particle size, coating binder types and dosage influence the coating structure, and they all impact the coated paper properties, so binder migration is not a single reflects.
Some factors impact K&N value such as coating surface properties, roughness, smoothness, specific surface area, etc.