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It will therefore be one key factor for future structural applications, to characterise these factors and to understand the current uncertainty in mechanical properties.
Process inherent defects can have a significant influence on the mechanical properties.
Static properties are influenced by a variety of factors, interacting with each other.
The influence of these elements on the mechanical properties is known for e.g. plate material.
The microstructure is therefore another factor affecting the tensile properties.

The metallurgical and mechanical properties of the welds are greatly influenced by the geometry of the welds.
Final equation in terms of coded factors: FZ=1.62-0.040*A-0.016*B+0.39*C-0.47*AB+0.14*AC+0.014*BC, final equation in terms of actual factors: FZ=-2.68+1.78*laser power+0.66*welding speed-1.78*focal distance-0.46*laser power*welding speed+5.69*laser power*focal distance+1.41*welding speed*focal distance.
The formation of microstructures and the changes in widths of the fusion zone and heat affected zones have more effect on the developing of mechanical properties of the joints.
Che, Improving mechanical properties of dissimilar material friction welds, Appl.
Sivaprasad, Evaluation of microstructures and mechanical properties of dissimilar materials by friction welding, Procedia.

Influence of WC Particulate Reinforcement on the Mechanical Properties and Sliding Wear of Al6061 Alloys G B Veeresh Kumar1,a*, R Pramod1,b 1Amrita Vishwa Vidyapeetham, Bangalore, Karnataka, India aveeru232@gmail.com, base.pramod@gmail.com Keywords: Metal matrix composites (MMCs), Mechanical testing, Mechanical properties, Wear.
In this paper, the investigational results of the sliding and mechanical properties of Al6061–WC metal matrix composites are discussed.
The mechanical properties were assessed using fully computerised UTM by Finespavy Associates -TUE 400C model of 400 kN capacity with 4 N least count.
Many investigators have attributed the increase in hardness as one of the factors for higher wear resistance along with second phase volume content [19].
The wear rate of Al-alloy and composites are affected by applied load it is the most dominating factor in controlling the wear behaviour [26].

It had affected to nugget size, heat affected zone and mechanical properties decreasing.
If using much or less pressure, it would have affected the mechanical property which reduced the strength of work pieces.
Use the experimental design is a one-way ANOVA [3] to be the factors effectors affecting significantly.
The factors used in the study are as follows.
It had affected to nugget size, heat affected zone and mechanical properties decreasing.

In this paper, we studied mechanical properties of PVC/ABS composite materials with different ratio of different components.
The above PVC/ABS composite materials were injected to make standard specimens for testing mechanical properties.
Testing Mechanical Properties.
The rubber phase (Polybutadiene phase, SAN) is the major factor that affects the changes of PVC/ABS impact strength following ABS content.
Therefore, the system region with network presence resulted in higher mechanical properties.

The measurement principle, the mechanical device and the evaluation method for the temperature regulation properties of textile fabrics were introduced.
Heat-moisture transfer performance of the textile materials such as fabric is one of the key factors affecting clothing wearing comfort, which also decides the performance of some special functional fabric.
Thermal performance and heat transfer properties during the dynamic contact process between the skin and the clothing are referred to as temperature regulation properties of textile fabrics, which greatly affect the clothing comfort and consumers purchasing behaviors.
Mu Yao and Jian-yong Yu [10, 11] respectively analyzes the factors that influence the textile steady-state thermal properties of fabric using a self-developed heat transfer performance tester, and found that thickness of the fabric have greater impact on the thermal performance of the fabric.
Therefore, the fabrics’ behaviors significantly affect the temperature regulation properties of all indices.

The variation values of mechanical properties were calculated respectively.
The former does not affect the fluidity, while the latter affects the fluidity of the mixture [9].
Test on Mechanical Properties of Silicon Dioxide Nanometer Basalt Fibers.
In this research, only the influence of mechanical properties was analyzed.
Influence of Hydrothermal Nanosilica on Mechanical Properties of Plain Concrete.

This model could be further improved to include the material and temperature factors.
The available experimental data that showed the variation of the mechanical properties with moisture content are found in references [1-13].
Nevertheless, the relationship between the properties and the moisture content is not well studied.
As for 90o laminates, it is significant that ageing temperature is affecting the degradation of the strength of the composites, as could be observed in Fig. 3.
Larsen, Development of engineering data on the mechanical and physical properties of advanced composites materials, Air Force Materials Laboratory, Air Force Systems Command, Wright-Patterson Air Force Base, Dayton, Ohio (1974)

The research on rebar corrosion and its effect on the mechanical properties of rebar are increasing [7-10].
The cylindrical samples (Φ14mm×450mm) are used for corrosion rate measuring and mechanical properties tests.
The tensile mechanical properties, including yield strength, tensile strength and elongation, are tested by a hydraulic pressure universal testing machine.
These will affect the strength properties of reinforcing bar.
Maybe the effect of stress concentration on each strength property is not familiar, or there can be other affecting factors.

The friction factor and high-temperature abrasion resistance properties are evaluated along with the obtaining of optimal formula, and the mechanism of affecting the tribological properties is analyzed on the worn surfaces by using a scanning electron microscope(SEM).
Besides, it were also testing physical and mechanical properties and noise of friction samples, and carried out mechanism analysis of the results, which provided research foundation for the development of high-performance friction material products.
According to the GB5763-2008 test standard, there are 6 temperature points of tribological properties of the friction samples for test, and the ideal friction factor specified in the standard is 0.45, so the highest score is 1, and the corresponding score for the rest friction factors in Ni, as is shown Formula(1)
Cho, Sola Jung, Ho Jang, Tribological properties of brake friction materials with steel fibers.
Faramarzi, R.K Mehdi , Improvements in tribological properties of polyamide 6 by application of aramid pulp.