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The nozzle position significantly affects the adhesive strength.
Because the stress distribution is in both of the adhesive layers, the adherends must be analyzed using their material properties [6].
The material properties are shown in Table 1.
[9] João Custódio, James Broughton, and Helena Cruz, A review of factors influencing the durability of structural bonded timber joints, International Journal of Adhesion and Adhesives, vol. 29, no. 2, pp. 173 - 185, March 2009
[17] ANSYS Mechanical Application User's Guide, 140th ed.

Where the carrier bracket as extra cellular matrix substitutes, it is one of the most critical factors, which directly affect the later cartilage cells on the adhesion, growth and extra cellular matrix secretion.
The research progress of cartilage repair in athletic injury The source of seed cells and Vector properties are 2 key factors in cartilage tissue engineering techniques.
The physicochemical properties and composition ratio of Scaffold materials can influence its physical properties and microstructure.
For example, the main physical and mechanical properties and microstructure of CPPf/PLLA scaffolds composites materials were determined by its Composition and physicochemical properties of content ratio.
Polylactic acid not only has good physical and mechanical properties, but also a mature processing technology compared with natural extra cellular matrix.

Their properties are listed in Table 1.
Grindability affecting factors of ceramics include chemical composition, structure and property.
During ceramic grinding processes, deformation, fracture and removal of materials are closely concerned with mechanical property parameters.
The mechanical property parameters are selected to constitute alternative set U.
The maximum grinding principal stresses are related to the initiation of grinding cracks, and affect the removal of ceramics.

Its mechanical properties are so complex that microscopic structure study is often used to reveal the essence of deformation and damage.
The mechanical properties are studied by the numerical simulation of biaxial compression test.
According to the researchers home and abroad, the mechanical properties of the talus deposits are extremely complex since they are affected by the material composition, structure distribution, rock content, particle size, arrangement style, etc.
The microstructure should be studied to reveal the essential characteristics and laws of the mechanical properties.
Particle flow modeling mechanical properties of soil and rock mixtures based on digital image [J].

Problems Determining of the Mechanical Properties of Metallic Materials from the Tensile Test in the Aspect of Numerical Calculations of the Technological Processes Leszek Malag1, a, Leon Kukielka1, b, Krzysztof Kukielka1, c, Agnieszka Kulakowska1, d, Lukasz Bohdal1, e and Radoslaw Patyk1, f 1Faculty of Mechanical Engineering, Koszalin University of Technology, Poland amalagleszek@o2.pl, bleon.kukielka@tu.koszalin.pl, ckrzysztof.kukielka@tu.koszalin.pl, dagnieszka.kulakowska@tu.koszalin.pl, elukasz.bohdal@tu.koszalin.pl, fradoslaw.patyk@tu.koszalin.pl Keywords: Mechanical property, Tensile testing, FEM, Curve true stress-true strain, Material model parameters, Three-dimensional state of stress and strain.
The procedure to determine basic mechanical materials properties from the tensile test is specified for example in standards ASTM [7].
The basic mechanical properties of the investigated steel are also determined.
Increased accuracy determines mechanical properties of the material due to the fact that it does not require knowledge of the curvature radius of the neck contour R, and that for each incremental step solves the equations of equilibrium of the specimen.
Kukiełka, Modelling of the thermodynamic properties of materials metallic in aspect accuracy calculations of main force burnishing.

The physico-mechanical properties of different types of steel and bamboo fibers were investigated.
Mechanical and physical tests were used to measure the retained properties and to observe the causes of damage and strength reduction.
Since degradation of FRP materials mainly depends on diffusion and chemical reactions, both of these factors can be accelerated by raising temperatures.
Measurements of various properties of FRP materials exposed to aqueous media showed the possibility of a sudden decrease, after a certain induction period, of the mechanical properties of composite materials upon exposure [1].
Some authors have studied the mechanical properties of lignocellulosic/polyester composites with well-defined fiber orientation (unidirectional or bidirectional) [3-6].

In the Table 2 mechanical properties according the EN 10028-2 standard and from testing in this investigation are presented.
A chemical composition of the electrodes was determined by Optical Emission Spectroscopy (OES) and mechanical properties were obtained from literature [6].
The mechanical properties of the Ni base austenite electrode overmatching properties of the parent metal.
Mechanical properties, as tensile testing properties of the samples with parallel and concave sides, energies absorbed, bend testing properties and hardness of the all welded joints were investigated.
Mechanical properties of the welded joints Tensile properties.

Of cause, discontinuities in rock slopes are main factors affecting the stability of them.
The reasonable failure mode is obtained and the factor of safety of the slope is calculated by strength reduction technique in UDEC.
The rock properties are: density 2670 kg/m 3, Young's modulus 2.3GPa, poisson ratio 0.3, the cohesion 120kPa, the angle of internal friction 43.7° and tensile strength 1MPa.
The bedding plane mechanical parameters are: the cohesion 30kPa and the angle of internal friction 35°.
The joint mechanical parameters are: the cohesion 22.5kPa and the angle of internal friction 22°.

It reveals the mechanical behavior and the inherent law of the dam under different physical properties and different conditions of geo-grid.
It affects significant for the degree and direction of disturbance that based on the System-Mutation-Theory.
Mechanical Properties and Layout Scheme of Geo-grid The mechanical properties of geo-textile grid and geotechnical contact surface are shown in Fig.1.
Numerical Simulations In order to verify the stability characteristics of the tailings, a dam in Liaoning is set as material properties.
The dam safety factor of 1.00 can be calculated by typing solve fos in the command line.

The effect of microgel on the rheological properties of adhesives, leveling, mechanical properties and pigment printing performance was studied.
At the same time, the mechanical properties of the adhesive film was measured by strength tester.
Fig. 3 The stress-shear rate curve of (a) the binders and(b) the binder with 5wt% microgel. at 25˚{TTP}730 C Effect of microgel on leveling of binderd film Leveling and sagging are very important factors in painting , which affect surface apparence and gloss of the coating .The smooth features of painting known as levelingand it is also important.
Mechanical properties of polymer films were improved as the bond strength of the main chain or the force between molecules increased.
The addition of crosslinker was about 6wt% which the mechanical properties of coating film were maximized.