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Mechanical Properties of Dissimilar Welds Between Stainless Steel and Mild Steel Shamsul Baharin Jamaludina, Mazlee Mohd Noor, Shahzan Kamarul A.
The mechanical properties of welded joint were investigated by tension test.
In the 1994s, Odegard et al. [3] investigated the welded duplex Alloy SAF 2507 to carbon steels in term of fusion zone mechanical properties.
It was reported that the variation in mechanical properties across the weld can be attributed to several factors such as residual stresses, grain size, phase composition and metallic inclusions [6].
Baudin, Effect of welding on microstructure and mechanical properties of an industrial low carbon steel.

However, up to now, no systematic data have ever been published in concerning the mechanical properties.
Thus the strange behavior of the CVD diamond films that the grain size seems to be the only factor affecting the fracture strength is explained.
Technical route that may lead to the improvement in mechanical properties Apparently any technical measure which will reduce the size and amount of the defects (cracks) will certainly improve the mechanical properties of the CVD diamond films.
Besides the effect on grain size (which is related to the thickness), fracture strength is insensitive to any other factors.
Field: Properties of natural and synthetic diamond, edtied by J.E.

So loading form and loading level are directly affecting the outcome of simulation tests
(4) Physical mechanical properties and stability of similar material: Obviously, the physical mechanical properties and stability of similar material are directly affecting various similarity principles, and then the similar extent is affected, finally, the physical simulation test results are affected.
Influencing factors on similar material mechanical properties Material that used in similar material physical simulation tests in geotechnical engineering are composite materials that compounded by aggregate and cementing materials.
It can be seen from description of above processes, primary physical mechanical properties of similar material is one of the most important factors that determine batch formula, mixture ratio of composite similar material.
Factors that affect the primary physical mechanical properties of similar materials, its primary includes: batch formula and mixture ratio of similar material (cement/sand ratio), bulk density, fillings, proportion, and water content and drying time of composite similar material and so on.

The results indicate that D/d ratio, welding speed are the most significant factors, followed by tool tilt angle in deciding the mechanical properties of friction stir welding aluminum alloy.
FSW joints have improved mechanical properties and are free from porosity or blowholes compared to conventionally welded materials.
The three factors used in this experiment are the D/d ratio, tilt angle and welding speed.
· The practical benefit of this study is that, the use of obtained optimum condition improves the mechanical properties of Aluminum alloy 6061-T6
· Tensile properties at optimum condition (i.e.

Experimental investigation of mechanical properties and forming capabilities in thin magnesium sheet at elevated temperature Muhammad Waseem Soomro1,a , M.
This paper investigates the mechanical properties and forming capabilities of magnesium ZE10.
Mechanical properties are observed by stress strain diagram.
Many authors have confirmed that major factors that are affecting SPF are higher temperatures (< 0.5Tm, where Tm is melting temperatures) and fine grain sizes (where grain size is less than 10µm).
The factors that we can observe from these curves are listed in table 1.

Flat workpiece layout: 1 and 3 - heat affected zones at the “edge”; 2 - central zone with initial mechanical properties In each zone while solving the problem we have set different mechanical properties.
Thus, in the absence of a heat affected zone the mechanical properties in all three zones were assumed to be equal, with the presence of this zone – as different.
Afterwards, on a rectangular flat workpiece we marked out its “edge” – a heat-affected zone with a width of 0.5 mm, where we set mechanical properties different from those of the central zone as shown in Fig. 1 and Table 1.
Due to the lack of experimental data, mechanical properties of the material in the heat affected zone after laser cutting must be finely defined.
Kostenko, Microstructural analysis of the heat affected zone after laser cutting of a sheet material workpiece and its mechanical properties, Open-source information and computer integrated technologies. 46 (2010) 114-127

Factorial ANOVA was applied to determine the significance of factors affecting creep of concrete at 3000 days using R software.
Results This study aims to investigate the significance or effective weight of factors affecting creep of concrete at 3000 days in order to determine the most factors influencing creep.
For that, factorial ANOVA was performed using R software and examined eight factors affecting creep strain at 3000 days.
Taha, Identifying the significance of factors affecting creep: a probabilistic analysis of RILEM database, Int.
Brooks, Effect of silica fume on mechanical properties of high-strength concrete, Cement Concrete Comp. 26(4) (2004) 347-357

It was concluded that the oxygen content was one of the key factors to influence the microstructure or mechanical properties of WC-FeAl composites.
Unfortunately, the WC-FeAl composite has lower mechanical properties than the WC-Co normally.
Fig. 2 shows mechanical properties of various WC-FeAl composites.
The generation of Al2O3 phases under the existence of oxygen and FeAl is a factor for degradation of those two properties.
Fe3AlC0.5 peaks are so slight for three samples that generation of Fe3AlC0.5 hardly affects the mechanical properties.

Whereas natural rubber has superior mechanical properties that are better than synthetic rubber.
The test results showed that the mass ratio of RSS/EPDM rubber affected the mechanical properties of the resulting rubber compound.
Ozone attack causes deterioration of natural rubber which affects the properties of natural rubber.
Mechanical Characteristics Rubber pneumatic fender application is subjected to environmental factors such as sunlight, oxygen, or high temperature.
Besides mechanical properties, aging also affected the duration time of the product.

Expectedly, the mechanical properties of the nanocomposites have a degree improvement.
Values of the mechanical properties of each group were decided by the means of five samples.
Meanwhile the orientation of MWCNTs in PC matrix was changed, thus affected the mechanical properties of the composites.
The MWCNTs content was the most dominant factor which would enhance the mechanical property of MWCNTs/PC nanocomposites.
Besides, the mechanical properties and SEM analysis showed that the injection conditions were also one of major factors which would obviously affect the mechanical properties of MWCNTs/PC nanocomposites.