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The mechanical properties of glass infiltrated zirconia were not inferior to those of zirconia.
Glass infiltration with ferric oxide into zirconia can improve the color and mechanical properties of zirconia and be applicable for dental purpose.
It is a high-performance material with excellent biocompatibility and mechanical properties, which render it suitable for posterior prostheses in dentistry [1].
The mechanical properties of glass infiltrated zirconia were not inferior to those of zirconia.
Gao, Effect of three kinds of rare earth oxides on chromaticity and mechanical properties of zirconia ceramic.

In the mechanical analyses, hardness and tensile testing properties were investigated for the specimens.
In the mechanical analyses, hardness and tensile testing properties were investigated for the specimens.
Since the wave propagation is dependent on graphite morphology, which also affects the mechanical properties of the alloys, it naturally shows a correlation with the material properties.
Since both mechanical and ultrasonic properties show strong correlations with graphite nodularity, it is possible to use ultrasonic measurements to predict the mechanical properties.
Omran, “Optimization of the process parameters affecting the microstructures and properties of compacted graphite iron,” J.

The mechanical properties (that refer to the above mentioned wallettes), were taken from [2] (Table 1).
For each mechanical property a factor of original property, i.e. the ratio of the same property in damaged to undamaged conditions, was calculated.
The column titled 25 exp reports the values of severity and factors of original property of tests on 25 cm thick wallettes of traditional brickwork [3].
The same severity on two different thicknesses, i.e. 38 and 51 cm, does not originate significant differences in the factors of original properties, except for the E0,th/E0 ratio.
Masonry exposed to high temperatures: Mechanical behaviour and properties — An overview.

For this paper I’m gone to describe some Influential factors on fatigue behavior of the AM materials which is based on the Ti‐6Al‐4V alloy. 1.
It has very good mechanical properties and corrosion resistance.
These properties make Ti‐6Al‐4V suitable for aerospace and automobile manufacturing.
These defects will produce micro notches and cause stress concentration which will heavily affect the properties of the parts, which is extremely danger in use.
The residual stress also affects the mechanical properties and fatigue properties of the material a lot.

Mechanical properties Typical tensile test curves for each material are shown in Fig 7.
There are no significant differences in mechanical properties between C and W samples (Fig 7a).
Average values of mechanical properties and micro-hardness of as-extruded rods.
Dev. 0.77 0.72 1.04 1.24 0.67 0.82 0.65 Discussion It is well known that rapid solidification processes can greatly affect properties of materials.
This suggests that another important factor affecting sub-micron-grained materials ductility is texture [8].

Temperature Effect on Mechanical Properties of Carbon, Glass and Hybrid Polymer Composite Specimens Getahun Aklilu1,a*, Sarp Adali1,b, Glen Bright1,c 1Discipline of Mechanical Engineering, University of KwaZulu-Natal, Durban, South Africa a*getmechanical@gmail.com, b*adali @ukzn.ac.za, c*brightg@ukzn.ac.za Keywords: FRP composite material, Short beam shear, Dynamic mechanical analysis, Mechanical properties, Temperature dependent properties.
Physical and mechanical properties of UD-glass, carbon fibre and epoxy resin [26].
Fig. 8 illustrates the results of, and damping factors of every series of specimens from 24 to 136ºC.
The mechanical properties of all composite specimens are degraded with increasing temperature.
Drzal, Fiber-Matrix Adhesion and Its Effect on Composite Mechanical Properties: I.

During compaction process, the applied load and dwelling time are considered as substantial factor which affect the final product.
In addition to compaction pressure, dwelling time also affects the mechanical properties of the product.
Compression and Hardness Properties.
This results in the appearance of cracks in the composite which can reduce the mechanical properties [13].
Conclusions In this study, the compaction pressure and dwelling time in the compacting process greatly affect the mechanical properties of Cu-Sn composites.

The microstructure observation showed that the composites were dense and Si particles distributed uniformly, The interfaces and the existance of the interface reaction were the important factors which affected the properties of the composites; The linear CTEs of Sip/4032Al composites was between (8.1~12) ×10-6°C-1, and they were decreased with the increasing content of Si particles as well as annealing treatment.
The composites had excellent mechanical properties and also could be recycled.
Three composites with pure Si particles as reinforcements and 4032Al alloy as matrix were produced, and also study the thermal-physical properties.
The interfaces and the existence of the interface reaction are the important factors affecting the properties of the composites.
Mechanical property.

This can improve mechanical properties and have a little influence on thermal conductivities of the composites.
The possibility of the matrix affecting the properties of these materials has not been considered before.
The mechanical properties of rigid carbon felt.
The basic in-plane mechanical properties of these materials are summarized in Table 2.
For these materials, the mechanical properties mainly depend on fiber’s strength.

First, structural properties were investigated.
Results obtained confirm that the developed structure after milling is the main factor that influences the microwave properties of nanocrystalline Fe40Co60 powders compared to elemental Fe.
Microwave Dielectric Properties.
Microwave absorption properties.
Kim, Microstructure and magnetic properties of nanosized Fe-Co alloy powders synthesized by mechanochemical and mechanical alloying process, Mater.