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Introduction As the cross geometry of large size H-Beam is relatively complicated, the rolling technology is considerably difficult and the influencing factors for the quality have many varieties.
The relationship between microstructure and mechanical properties model is basically about the prediction model of the relationship between the finished products’ room temperature microstructure and mechanical properties.
The indexes describing steel’s mechanical properties mainly include strength and toughness index.
The mechanical properties was predicted through the microstructure without consideration of the influence of pearlite.
Mathematical Models for Predicting Microstructural Evolution and Mechanical Properties of Hot Strips, ISIJ International, 32(1992) 423-432

Currently many ways are used to study the mechanical properties of nanoparticle-reinforced polymer matrix composites, and most studies obtain mechanical properties of composite materials, and analyze the effect of nanoparticle type, shape, average particle size, surface modification methods and other factors mainly through experimental research methods.
In fact between the nanoparticles and the matrix the interface layer is really existed, and the nature of the interface layer directly affects the mechanical properties of composite materials [16] [9,10].
Thus, making a reasonable mechanical model will be key to predict the effective mechanical properties of nanoparticle-reinforced polymer matrix composites.
Effective factors of the modulus of composite 1.
The Mechanical Properties of Carbon Nanotubes and Their Composites [D].

Mechanical Properties of Rammed Earth Stabilized with Local Waste and Recycled Materials E.
Conclusions The use of wool fibers and citrus pomace as additives in mixtures to be used with rammed earth give the possibility to influence physical and mechanical properties of final aggregates.
Physical, mechanical and durability properties of soil building blocks reinforced with natural fibres.
Hygro-Thermo-Mechanical Properties of Earthen Materials for Construction : a Literature Review.
Major Fibers and Their Properties, in: Tufted Carpet.

The second option to use fillers is to improve their mechanical properties from different perspectives.
Cloisite includes a wide range of applications that help improve mechanical and thermal properties.
A slight deterioration of the properties can be observed for the plate-shaped filler, but the 8% drop may not represent a significant value compared to other mechanical properties that can affect this filler.
However, the decisive factor for choosing the right filler is, of course, not only creep properties, but the complex results of the mechanical tests and, above all, the particular use of the components made of the modified material.
Mechanical and thermal properties of bamboo pulp fiber reinforced polyethylene composites.

The consumption of Nylon6 is large among engineering plastics due to its specific properties such as high strength, good abradability and self-lubricity.
However, the polar groups contained in the molecule gives the material a high water absorbing capacity, thus has an effect on its dimensional stability and electronic properties.
The conclusions of the analysis above are as following: The alloy shows best comprehensive mechanical properties when the content of ABS-g-MAH is 15%.
[3] Guo Jianbing, Zhu Hong, He Min, Study on Morphology and Mechanical Properties of PA6/ ABS, Modern Plastics Processing and Applications. 21 (2009) 16
H., Keskkula H, et al, Effect of PBT melt viscosity on the morphology and mechanical properties of compatibilized and uncompatibilized blends with ABS, Polymer, 40(1999) 3621.

The enhancement is affected by many factors, such as filler size, filler volume fraction and filler dispersion states.
However all these theories related to the filler volume fraction only, and cannot give answers to how the other factors affect the properties of composites.
Such scheme investigates the mechanical properties of composites, focusing on not only the filler volume fraction, but also on the effects of filler size distribution and filler dispersion [5, 6].
Asymptotic homogenization We assume that the microstructure of composite is periodic and discuss the effect of fillers on the effective elastic properties.
Their elastic properties are set to given values.

The change of workpiece material properties was modelled as a function of temperature and phase history.
Table 1: Grinding wheel properties.
Material Properties, Phase Transformation Parameters and FEM Model.
The corresponding material properties for the steel 100Cr6 used in this study can also be found in [16, 17].
Therefore, different gain factors for the amplifier have to be selected.

Nowadays, the CNT have been one of the most used nanomaterials in the production of polymeric based composites, due their excellent thermal, electronic and mechanical properties.
The fluency of the castable was evaluated immediately after the mixing, as well as, the preparation of the bodies of proof to measure mechanical properties.
The mechanical properties were evaluated in the MRSA laboratory, based on NBR standard.
Castable properties.
Mechanical properties of the refractory castable samples with and without MWCNT: bulk density (BD), apparent porosity (AP) and hot modulus of rupture (HMOR).

Structure and Mechanical Properties of Composite Layers Prepared by Laser Alloying of Aluminium Alloy W.
During the laser treatment, a composite layer with much better mechanical properties was obtained comparing the base material.
The mechanical and physical properties of aluminium alloys make its application constantly increasing.
The presence of moisture often results in a significant increase in porosity and surface roughness, which adversely affects the strength properties.
In order to investigate the mechanical properties of the obtained layer, the hardness measurements were used.

The addition of nano-silica particles in polymer cement concretes and mortars affects both fresh and hardened state properties.
The percentages shown in Table 1 are the best resulting mixes made of each colloid, considering mechanical properties (compressive and flexural strength) and permeability properties (capillary absorption rate).
Mechanical properties tests.
Mechanical properties.
Ozkul, The effect of colloidal nano-silica as a cementitious material, on durability and mechanical properties of mortar, In: 11th Int.