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An ideal bone manufacturing system would deliver bone morphogenetic proteins (BMP) and provide adequate mechanical properties.
A recent study revealed that the scaffolds' mechanical properties can be modulated by adjusting their geometric arrangement without compromising porosity [11].
For the material properties of the scaffold struts, the properties of0020cortical bone were used.
Previous work shows, that mechanical properties may vary if the scaffold is loaded from different directions.
Simon, Fast setting calcium phosphate-chitosan scaffold: mechanical properties and biocompatibility, Biomaterials, vol. 26 (2005), 1337-1348

So the performance of the filler zone directly affects the temperature of the outlet water.
Among the many affecting factors, such as filling method, filling height, filling depth ect, the cleanliness of the filler should not be underestimated.
It is imperative to study how fouling affects the filler’s heat and mass transfer performance.
Taking these factors, we can assume the following: firstly, the air flow is two-dimensional; secondly, the shear carrying when air sweeps over the water film can be ignored.
Once the filler layer is fouled, the heat and mass transfer performance is affected.

Temperature is the one factor that can affect the average particle size of the solid oil particle.
Some pungent constituents present in ginger have great antioxidants, anti-inflammatory and anticancer properties [5].
Temperature is the one factor that can affect the average particle size of the solid oil particle.
Singh, “Cancer preventive properties of ginger: a brief review.,” Food Chem.
Zingiber, “Medicinal properties of Ginger ( Zingiber officinale Rosc .),” vol. 2, no.

Biology of bone tissue: structure, function, and factors that influence bone cells.
De Aza . α-Tricalcium phosphate: synthesis, properties and biomedical applications.
Review: Methods for improving the mechanical properties of glass.
Improvement of the mechanical properties of chitosan-alginate wound dressings containing silver through the addition of a biocompatible silicone rubber.
Wollastonite/hydroxyapatite scaffolds with improved mechanical, bioactive and biodegradable properties for bone tissue engineering. 

These factors are partially mitigated by protective coatings, however, it increases the price of a material significantly.
Geo-grid meshes have a whole set of properties, that set them apart from fiberglass meshes: water, bio-, and light resistance, resistance to acid and alkaline environments, high mechanical fiber properties, depending on the material used and geo-grid making method (structure stability, elongation at break, creep of a material) [2, 3].
It helps to produce heavy-duty concretes with higher physical mechanical properties.
Krylov, Fiber reinforced concrete and its properties.
Abdullin, Effect of HF capacitive discharge plasma on physical mechanical properties of fibers and composite materials, Vestnik Kazanskogo tekhnologicheskogo universiteta, 7 (2010) 109-112

School of Mechanical and Electronic Engineering, Wuhan University of Technology, Wuhan ,Hubei, 430070，China; 2.
There have been some studies about carbon fiber composite drive shaft abroad since 1970s, involving the design of CFRP ply stacking, the joint between the CFRP tube and other components, the relationship between the stacking parameters and the performance of the CFRP drive shaft, and analysis of the mechanical properties of the CFRP drive shaft [2-5].
The performances of the CFRP tube can be affected by many factors during the winding process, such as the winding angles, the allocation of various winding angles, layer sequences, and fiber thickness, etc.
The mechanical joints include screwed connection, riveted connection, and so forth.
Since the drive shaft of the vessel is subject to dynamic load, the factor of safety could be set as 5, and then the allowable shear strength［τ］=35/5=7MPa.

Firing steps is one of the most important steps as it significantly influences the properties of ceramic body.
Fluxes are the component that responsible for the properties of glaze.
Each glaze on ceramic that are produced by rice husk and bamboo leaves shows an improve properties by protect their color and their appearance.
Yuliana, Effect UV/O3 Modified Rice Husk on the Mechanical Properties of Recycle HDPE Rice Husk Composite.
Journal of Mechanical Engineering, 3 (2) (2017) 13-22

The water-cut growth is caused by the following factors: low initial hydrocarbon saturation of reservoirs, high phase water permeability, irregularity of reservoirs by section and lateral caused by low filtration resistance in the pay horizon of superconducting channels.
Field and laboratory experience shows that preserving reservoir properties of the formation and the limit oil recovery factor without using special oil displacement agents can be reached when water is injected into the formation whose composition is similar to produced water (Cenomanian water).
Using OSECs is efficient for affecting clay reservoirs, reservoirs with zonal irregularity of the formation and high-temperature formations.
To preserve the porosity and permeability properties of the formation in well killing, complex compositions are recommended that contain clay swelling inhibitors.
Where water is injected, its efficiency is insufficient for maximum oil displacement since the reservoir has low permeability and porosity properties.

In the numerous factors influencing the durability of concrete, reinforcement corrosion is considered to be the most important.
However, the vast majority of concrete in service period is under load, dry-wet circulation, freeze-thaw cycle, chemical reaction, and a combination of many external factors [2].
All these effects, especially the load has a very important influence on the important parameters of affecting chloride ion penetration which are pore structure and the generation and expansion of micro-cracks [3,4].
Test factors are test time, load level and curing condition.
Conclusion Through the study of the law of chloride ion penetration under continuous pressure loads and corrosive environments, come to the following conclusions: (1)Test time, load level and curing conditions are important factors that affect chloride ion penetration depth and content in concrete.

Abstract: This research focuses on the development of low cost powder metallurgy (PM) Ti alloys suitable for application in PM thermomechanical processing with mechanical properties comparable to those of wrought Ti6Al4V alloy.
The higher YS and UTS are because of two factors: firstly, the severe deformation during thermomechanical processing results in extra strong interparticle cohesion; secondly, the comparatively high oxygen content of the starting Ti or Ti6Al4V HDH powders.
The physical and mechanical properties such as sintered density and tensile properties are presented and compared.
The tensile properties of the as sintered samples are shown in Fig. 3 as a comparison with the tensile properties of the further thermomechanically treated samples.
Further thermomechanical treatment by ODF and PCE did not improve the properties.