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Degradation of mechanical properties is the other effect of hydrogen upon metals.
Simultaneously, diffusing of hydrogen and degradation of properties, crack stars growing until complete failure of whole material.
Material properties like yield stress, elastic modulus and density are given by Table 2 [5].
Also, stress intensity factors relates to the energy release rate.
Also, stress intensity factors relates to the energy release rate.

The mechanical properties and skin adhesion of the patches were determined by a texture analyzer.
Non-pharmacotherapy includes cleaning acne with neutral soap or avoiding stimulant factors such as facial scrub, facial massage, and also the use of cosmetics that affect the skin and sebaceous glands.
The physical properties, mechanical properties and drug release characteristic of the patches were investigated.
Results and Discussion Physical appearance and mechanical properties.
The mechanical properties of the patch are presented in Fig. 2.

The results show that the hardness of polishing abrasive is not the main factors to affect material removal.
According to the properties of the controllable character of MR fluid with the magnetic field intensity, the MR fluid dispersed with appropriate amount of fine abrasives is used as an actuating medium to polish hard and brittle materials such as optical glass.
In addition, the polishing properties and machining path can be controlled in process.
The mechanical effect in MR fluid with cerium oxide as polishing abrasive is relatively weak This highest material removal rate couldn't be simply explained by mechanical effect.
Lin: Chinese Journal of Mechanical Engineering, Vol.15 (2002), pp.175-177

In this article we would like to present the effects of those factors on the current state of selected churches, namely on the bearing capacity of their walls.
Validation of the Laboratory Compressive Strength Results by the Schmidt Hammer The resistance of the structure depends on two factors.
The material properties of the structural components of the church’s walls were estimated.
The material properties of the masonry components were taken into account.
Borri et al., Calibration of a visual method for the analysis of the mechanical properties of historic masonry, XIV International Conference on Building Pathology and Constructions Repair- CINPAR 2018

This study aims at studying the effect of upset current on weld properties.
Good correlation exists between the mechanical properties/microstructure and upset current.
The radial magnetic flux density is an important factor in arc rotation and weld quality [4-8].
The chemical composition and the material properties of the steel tube are given in Table 1 and 2 respectively.
Ø Good correlation exists between the mechanical properties and microstructure.

These composites show good quality properties like reduced density, controlled thermal expansion coefficient, improved damping capabilities and good shielding to nuclear radiations.
ANOVA is performed to find the significant contribution of each input factors on the output response.
The uniform dispersion is witnessed through the optical microscopic image (Fig. 1) and the mechanical property of the composite is studied as per ASTM B557M–10 (Table 1).
The selected factors and levels are listed in Table 2.
ANOVA is mainly performed to identify the impact of individual factors on the process results [10].

The mechanical properties like tensile strength and microhardness were evaluated.
They obtained 1degree as the best tilt angle for a defect-free welding with high mechanical properties.
They observe that the tilt angle affects the mechanical properties of the FSW joints considerably.
The chemical and mechanical properties of the material are shown in table 1 and table 2 respectively.
Taking into account complicated stir zone processes with many factors to consider, the hydrodynamic theory was used.

Test of mechanical property.
Test of mechanical property.
As a composite material with the matrix of LDPE, this influence leads to a corresponding change of mechanical properties of Cu/LDPE composite.
The dispersion uniformity of copper in LDPE is another influence factor of mechanical properties.
The uniformity of copper would improve with decreasing of LDPE particle size, which also has influence on the mechanical properties of Cu/LDPE composites.

The tribological properties of the WC layer were also investigated. 1.
Hydroabrasive wear of turbines is a major problem in the hydropower industry [5], particularly affecting critical turbine components such as blades.
Hydroabrasive wear occurs through a complex process involving factors such as water velocity, concentration of solid particles in the water, particle hardness, and impact angle [6-9]. 2.
The addition of Co can lead to a very good adhesion of the WC particles and gives the deposited layer excellent mechanical properties.
Cobalt improves the adhesion and mechanical properties of the coating, ensuring long-lasting protection under hydroabrasive wear conditions.

Pollution can change the physical properties of soil, further affect the unconfined compression strength of cemented soil and induce instability or disruption of buildings.
Therefore, studying the effect of pollution on the engineering and mechanical properties of cemented soil has become more and more important, which made it a new topic in the area of environmental geotechnical engineering.
Dong et al. (2007) studied the electrical property of cemented soil eroded by sulphuric acid solution.
Experimental Study on Mechanical Property of Cemented Soil under Environmental Contaminations[J].
Study on electrical resistivity property of soil-cement polluted by NaOH[J].