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Thermal damage is a direct consequence of the large difference in thermal properties of the carbon fiber and the polymer matrix.
The two materials are bond together to offer better mechanical properties [3].
Thermal damage is a direct consequence of the large difference in thermal properties of the carbon fiber and the polymer matrix [5].
The heat-affected zone (HAZ) is the area of base material, which has had its microstructure and properties altered by heat intensive cutting operations.
Factors that affecting the HAZ are pulse energy and pulse repetition rate.

Therefore, it could recognize that mechanical properties was improved by using low amount of nano-cellulose.
Furthermore, it has good mechanical properties and easily degrades by microorganisms in control conditions [5].
Moreover, plant fibers are also expected to improve the mechanical properties.
properties.
Dynamic mechanical properties.

Mechanical Properties of Aluminium-Alumina Welding by Friction Welding Tummasook Mingmuang1,a, Sukangkana Lee.2,b and Chawalit Thinvongpituk3,c 1, 2 Department of Industrial Engineering.
The factors that affecting the friction welding process are often mentioned, there are five main variables include rotation speed, forge pressure, friction pressure, friction time and forge time.
These variables influence the properties of welding, especially in the metal to metal welding.
Thus, this research aims to study effect of feed rate on mechanical properties of welding interface.
Ismail Microstructure and mechanical properties of alumina-6061 aluminum alloy joined by friction welding.

The quality of the clinching joint is influenced by many factors, such as the material properties, die geometry, friction, and the state of the process.
The clinching joint can be affected by several factors, such as the tool geometry parameters and the process parameters.
The mechanical properties of the material were measured in University of Miskolc laboratories.
EN AW 5754 Mechanical Properties of Aluminium Alloy.
Ball, ‘Mechanical properties of extensible die clinched joints in titanium sheet materials’, Mater.

The key idea of this technology is to obtain components with optimized mechanical properties.
In fact, these process parameters affect the final microstructure and mechanical properties of the component.
The chemical and mechanical properties are listed in Table 1 and Table 2, respectively [18].
Effectiveness of process window for mechanical properties prediction has been verified.
"Investigation of the thermo-mechanical properties of hot stamping steels."

The high welding residual stress is the main factors affecting the service life of welded structures.
The major factors affecting the effects of post weld cool treatment (PWCT) is preheating temperature, cooling time and cooling range.
The thermo-physical and thermo-mechanical properties of the 304L steel were showed [7] in Figs.3.
Fig. 3 The properties of 304L steel Fig. 4 Mesh of welded structure Numerical simulation There are two steps in the numerical procedure.
Barsoum, Influence of thermo-mechanical material properties of different steel grades on welding residual stresses and angular distortion, Mater.Des. 65 (2015) 878-889

In this study, to estimate the fire resistance performance of structural beam made of SM 400, analysis using not only mechanical, thermal properties at high temperature of the SM 400 but theories of heat transfer and thermal stress were conducted.
Mechanical and thermal properties at high temperature of SM 400 were given in the Table 2 to Table 4, respectively.
Mechanical properties were tested by KS D 0026 [4] Fig 1.
Mechanical properties of SM 400 at high temperatures Sorts Properties Temperature Regression equation SM 400 Yield strength T⊆200℃ Cold value (235 MPa) 200℃properties of SM 400 at various temperatures.
Conclusions The fire resistance performance of H-section beam made of SM 400 was calculated using mechanical and thermal properties and got the followings

The orthogonal table L9 (34) was used to array the factors.
Results and discussion Effect of Additives and Processing Conditions on the Rheological Properties The torque rheometer was used to study rheological properties as affected by additives and processing conditions.
Range analysis on equilibrium torque for PA/LCP blends Average for each levels Factors A/ % B /% C /℃ D /rpm k1 1.70 1.43 2.32 1.55 k2 1.76 2.02 1.90 2.03 k3 1.80 2.53 1.76 2.39 range analysis 0.10 1.1 0.56 0.84 As LCP content was the main factor influencing the equilibrium torque for the PA/LCP blends, the melt flow rate (MFR) was used to measure the flow properties affected by LCP content; the corresponding results are shown in Fig.1.
Melt flow rate (MFR) changes with content of LCP Conclusions The rheological properties and mechanical properties of PA66/LCP blends depend strongly on LCP content.
Cidade, PP/LCP Blends: Influence of the LCP Content on the Mechanical, Rheological and Morphological Properties, Materials Science Forum 455-456 (2004) 476-479

The ink penetration behavior depends on the coating surface topography and properties.
There are many factors affecting the structure and surface properties of the coating layer in the papermaking process, which include coating recipes, coating conditions and calendering, etc.
In fact, coating recipe is the important factor which affects structure and properties of coating layer.
Results and Discussion Surface Properties of Coated Samples.
The findings indicated that coating speed affected the surface properties.

In this study, it is showed that surface treatment affects adhesive strength and durability of aluminum/polycarbonate single-lap joints, and loading speed affects tensile-shear strength of adhesive joints.
The factors affecting durability of a metal to polymer bond are: the properties of the surface treatments (e.g. the production of a stable metal oxide layer), the adhesive film (e.g. the porosity of the adhesive) and the adherend material (e.g. the effect of moisture on the material properties).
As polymers, the mechanical behavior of adhesives is sensitive to the rate of straining that they experience [9].
In this study, it is showed that surface treatment affects adhesive strength and durability of aluminum/polycarbonate single-lap joints, and loading speed affects tensile-shear strength of adhesive joints.
The actual effect of abrasion may be a result of one or more of several factors, including enhancing Table 1.