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Chemical component and mechanical property could be seen in table1 and table2 with different content of vanadium in high strength weathering steel.
Table 1 Chemical component of tested steel [%] Number C Si Mn Als Ti Cu Ni Cr V N V/N V0 0.08 0.23 0.81 ＜0.005 0.019 0.31 0.26 0.49 / 0.006 0 V5 0.08 0.22 0.83 ＜0.005 0.012 0.30 0.26 0.47 0.05 0.011 4.55 V10 0.08 0.28 0.87 ＜0.005 0.016 0.30 0.26 0.48 0.10 0.014 7.14 V15 0.07 0.27 0.84 ＜0.005 0.010 0.30 0.26 0.48 0.15 0.021 7.14 Table 2 Mechanical property of tested steel Number Rm [MPa] Akv(0℃) [J] V0 525 123 V5 610 112 V10 615 131 V15 615 131 10mm weathering slab with different content of vanadium was tested by Gleeble thermal simulation to evaluation vanadium’s function to property and microstructure under different technological processes according to CGHAZ’s mechanical property and microstructure’s changes before and after heat input under CO2 protection wielding (MAG)10kJ/cm.
Practically, it was 10s of t8/5. 2 Mechanical Property Test As the isothermal region of CGHAZ was narrow, the parent metal and thermal simulated material were all designed to the ration of smooth tensile and round, and it could only test extension strength, and stress concentration factor is K=1.1.
Paper 2 researched the affecting of precipitate vanadium to toughness of 15MnVN steel in wielding heat affected zone, most V in base metal was combined and taking up more than 60%, and 40% of which were solid solution.
The Precipitation of Vanadium and Its Affecting on 15MnVn Steel Wielding Hot Affecting Field’s Toughness[J].

Introduction Intermetallic titanium aluminides offer an attractive combination of low density and good oxidation and ignition resistance with unique mechanical properties.
In contrast to the numerous publications on γ-TiAl alloy development-processing, fatigue behavior, microstructure and mechanical properties, oxidation and thermal protection, there is a dearth of information on machining performance whether involving conventional or non-conventional processes.
The added powder significantly affects the performance of EDM process.
Experimental procedure The mechanical and physical properties of titanium aluminide intermetallic (Ti-53 Al (at. %)) are presented in Table 1.
Conclusions · From the most critical factors of the powder characteristics governing surface roughness are identified as particle concentration, particle density, electrical resistivity and thermal conductivity

Most toy robots, especially the mechanical ones, stand on two feet, each of which has a very large sole area.
Research results by scholars at home and abroad on the analysis, parameter configuration, application, and troubleshooting of the mechanisms and properties of biped robots was gathered and studied.
In addition, the inclination angle of the robot during walking is affected by the location of the center of gravity of the trunk and the distance between the feet.
Thus, the stability of the walking robot is determined by many factors, and difficulty in walking may arise if any of these factors is changed.
Fong: Mechanical Design of a Simple Bipedal Robot.

The reinforcing and toughening effect of fiber reinforced concrete (FRC) are mainly under control of the interfacial bond strength in between of fiber and concrete, and the embedded length of fiber is one of the significant factors for interfacial bond strength.
Introduction The fiber reinforced concrete (FRC) is a composite with good prospect and conforms to the building modernization, which of favorable mechanical properties including the resistance of compressive, shear impact, frost and corrosion [1], therefore attracts increasing attention received from military defense engineering, repair reinforced engineering, geotechnical engineering and constructional engineering.
The mechanical properties of fiber reinforced concrete are determined by fiber, matrix and interface.
To simplify the model, in this study, we focus on influence of fiber embedded length on the properties of single fiber pull-out test.
Effect of interfacial properties on the crack propagation in cementitious composites, J.

For example: military exercises, simulation training, courseware, mechanical process simulation and so on[1].
Modeling is good or bad directly affecting the creative process.
Create a model mainly to follow the assessment factors: the degree of similarity with the physical, the speed of rendering, the size of model file.
Whenever you change the properties of the geometry parameters, the shape changes can be implemented to meet the needs of making model.
Fig.4 shows a standard primitive and Boolean operation modeling Fig.4 The Standard Primitives and Boolean Operations Ⅱ.Spline and Lathe command Graphics and spline are made of the round, rectangular, star and text and straight lines, curves, spirals, although they are two-dimensional graphics, but you can modify the parameters in the object properties so that they can be rendered, or by turn three -dimensional command so that they can render.

Thus, using the optimal amount of oxygen is important to improve the mechanical properties of titanium alloys.
General trend of the effect of oxygen on the mechanical properties of titanium alloys One of the examples of the general effect of oxygen on the mechanical properties of titanium alloys is as follows.
The a case is brittle, leading to deterioration in the mechanical properties.
The effect of oxygen of over 0.4 mass% content on the mechanical properties of TNTZ was investigated.
Yashiro, Design and mechanical properties of new beta type titanium alloys for implant materials, Mater.

These algorithms had limits on color signals because they only considered the distribution property of the signals and ignored the temporal structure of them.
Because of the effect of error and other factors, it could not find an accuracy diagonal matrix to diagonalize a set of matrixes: () (6) Where was real diagonal matrix.
In this test, what we interested was the separation property, so the physics mean of the amplitude was not mentioned.
Sensor 1 was affected by vibration from A seriously.
While sensor 2 was affected by B weakly, and the effect could not be detect.

This paper also includes the blanking mechanicals.
The factors influencing the quality of shear edge and dimensional accuracy for two blanking processes mainly include blank material style and thickness, tool geometry and wear condition, punch-die clearance and friction, etc.
It is conclude that the performance of punch used in rotary blanking mainly depends on mechanical properties of materials, such as the bending resistance and fracture toughness.
Due to the application of polyurethane pad, the deflection around the hole perimeter appears and affects product quality.
Reszka: International Journal of Mechanical Science, Vol. 44 (2002), p.1394 [9] A.M.

The structures and properties of the SAPs are strongly affected by the reaction conditions.
As the effect of these factors has been discussed in detail in the previous literature, we just gave out the test results in Figure 4.
Fig. 5 Swelling kinetic behaviors of SAPs in 0.9wt% saline solution Mechanical properties of the SAPs.
For effective application of a hydrogel on hygiene products, it is extremely important that the hydrogel presents satisfied mechanical properties [21].
El-Naggar, Swelling and mechanical properties of superabsorbent hydrogels based on Tara gum/acrylic acid synthesized by gamma radiation, Carbohyd.

In this study, it was investigated to determine mechanical properties of aluminum foam prepared through a batch process.
While changing the amount of Si and relative density, mechanical properties were investigated by compression test.
As a result, the manufacturing process has been greatly improved, resulting in improvement of Al foam's mechanical and functional properties.
Gui et al. studied Al foam's compression and vibration properties.
In this study on investigation of Al foam's properties, the following results were obtained.