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Through test of compression, relationships of mechanical properties of samples were studied.
For cement and fine aggregate are the most important factors which affect the shrinkage performance of cement stabilized gravel, researchers added flexible material into the mixture to study that if it could improve the shrinkage performance.
Results and Discussion Mechanical Properties.
Different dosages of rubber particles volume and different molding methods may play major impacts on mechanical properties.
Research on the Physico-mechanical Properties and Durability of Crumb Rubber-modified Concrete[D].

At this time, the physical and mechanical properties of reclaimed rubber, such as tensile strength, tear strength and elongation at break rate, is the best.
By simulation analysis and experimental studies, using new twin-screw extruder to achieve the regeneration of waste tires has some main factors that affect the regeneration, such as screw speed, reaction temperature and screw configuration.
When the screw speed changes in the range of 60 ~ 90r/min, the physical and mechanical properties of reclaimed rubber is better
When the reaction temperature changes in the range of 170~210℃, the physical and mechanical properties of reclaimed rubber is better.
Too high or too low screw speed and reaction temperature will lead to the physical and mechanical properties of recycled rubber decreasing, thus affecting the performance of the use of reclaimed rubber.

Similar to OPC concretes, mechanical and microstructural properties are generally affected by the curing conditions.
Curing regime affects the resultant mechanical strength and microstructure properties of cementing binders.
Conclusions Curing methods of fly ash geopolymer and its exposure to chloride environment affects the microstructural properties, mechanical and durability performances.
Cheah, An overview on the influence of various factors on the properties of geopolymer concrete derived from industrial by-products, Constr.
Tao, Synthesis factors affecting mechanical properties, microstructure, and chemical composition of red mud-fly ash based geopolymers, Fuel 134 (2014) 315–325

Conclusions (1) The influence of moisture on the mechanical properties of rock is important.
(3) The influence of occurrence environment on mechanical properties of shale is important.
Study on rock mechanical properties of frozen wall ofmain shaft in Hujiahe CoalM ine[J].
Experimental study on the sandy mudstone mechanical properties of shaft sidewalls under the frozen conditions [J].
Influences of freezing-thawing cycles on physico - mechanical properties of rocks of embankment revetments in permafrost regions[J].

ASSAB 705 steel is a machinery steel that used in several industries due to its mechanical properties, for components manufacturing.
Components require strong mechanical properties to support component performance and long service life.
Heat treatment modifies the micro structure of steel so that it changes the mechanical properties of material [7].
Quenching and tempering processes improve mechanical properties, affect to torsional strength and hardness values ​​[1].
Ajiboye, Effect of Heat Treatment Processes on the Mechanical Properties of Medium Carbon Steel, JMMCE. 11 (2012) 143-152

Latest developments in nanosciences introduced a new generation of nano-sized materials possessing often remarkable mechanical and physical properties.
Nanosilica enabled an immense densification of the hydrated binder matrix, which in turn improved for instance the durability and mechanical properties.
Addition of nanosilica causes further densification of the binder matrix and thus enhancement of the mechanical properties.
As a result, the CNF acted as weak carbon inclusions which decreased the homogeneity of the binder matrix, increased the water uptake (one of the detrimental factors for frost durability of concretes) and worsened the mechanical properties.
Summary Incorporation of nanosized materials, in this case carbon nanotubes, carbon nanofibres and nanosized silica has affected the mechanical and physical properties of Portland cement based mortars.

This paper established the ternary compound system of PC/PLA/ABS by melt blending and studied the impact of adding ABS and compatibilizer ABS-g-MAH on the composite’s morphology, thermal properties, rheology and mechanical properties.
In addition, ABS-g-MAH effectively improved the compatibility of the composites as well as mechanical properties of materials.
Mechanical properties were tested by the universal mechanical tester (provided by SUNS Company of Shenzhen), and notched impact strength in mechanical properties was tested according to GB/T 1843-96 standard.
Therefore, taking all factors into consideration, the appropriate ratio of ABS should be 30% of PC / PLA mass.
The experiment tells us that ABS has an influence on the system's thermal properties, mechanical properties and rheological properties.

In oil drilling the failures of PDC drill bits are exhibited as erosive wear, dropping and breaking of cutters, so the erosion and corrosion resistance of the matrix is one of the key factors affecting the quality of PDC bits.
The erosion and corrosion resistance of PDC matrix is one of the key factors affecting PDC bit's quality except for the quality of PDC itself [2].
Their properties are shown in Table 3.
WC [%] Ni [%] Cu-Sn [%] Co [%] Mn [%] Ti [%] 1 65 5 20 5 3 2 2 45 5 40 5 3 2 3 45 15 30 5 3 2 Table 3 Physical and mechanical properties of samples NO.
The impinged depth, mass loss and volume loss will change with material properties.

These results showed that ultrasonic treatment could effectively affected some functional properties of WPIs be associated with the sonication time and power density.
The ingredients of whey protein mainly including α-lactalbumin, β-lactoglobulin, immunoglobulins, lactoferrin, lactoperoxidase, and growth factors and so on.
But the external factors that affect the internal structure and aggregation state of WPIs will inevitably affect its functional properties.
The external factors such as pH, temperature, ionic strength sugar and lipid have an impact on the functional properties.
These results showed that ultrasonic treatment could effectively affected some functional properties of WPIs be associated with the sonication time and power density.

Effect of Solution Temperature on the Microstructure and Mechanical Properties of Wrought 316LN Stainless Steel H.
However, the mechanical properties, microstructure and flow stress of a steel are affected often by work hardening, dynamic recovery, recrystallization, inhomogeneous deformation and precipitated phase during the forging process.
The suitable forging temperature as well as solution treatment after forging is important factor to improve the mechanical property of the steel [7,9-10].
In the present study, the effect of forging and solution temperature on the microstructure and mechanical properties of 316LN stainless steel was studied.
Effect of forging and solution temperature on the mechanical properties.