Search results

The properties and the performance of Thermally Stable Diamond Composite (TSDC) directly affect the applications of TSDC in engineering.
The failure risk of the TSDC cutting tips during a cutting process is affected by many factors, including the Depth of Cut (DOC) of the pick with the TSDC tip.
The failure risk of the TSDC tips is significantly affected by the various uncertain factors in the mining environment, including the TSDC material properties, TSDC tip shape and size, rock strengths, the angle of resultant force (or simply resultant angle) on the tips and the Depth of Cut (DOC).
DOC and resultant angle of the resultant force are two major factors that directly affect the characteristics of bending force on the tip in the mining and construction industries.
To strength the study, the impact of the uncertainties in other factors will be analyzed in the future.

Metalloscope results also showed that microscopic structure of different specimens with different thicknesses is also a factor affecting the fracture toughness.
For example, Arzt et al have demonstrated that size effect on the material properties of foil materials was attributed to dimensional and microstructural constraints [3].
Yoonjoon et al analyzed size effect on the mechanical properties of thin polycrystalline metal films, and developed a model that correctly predicts the observed influence of film thickness and grain size on stress evolution during thermal excursions [4].
The major factors affecting these two contributions are considered to be related to the combined action of the microstructure, the presence of inner micro-defects and roll marks, and the level of stress triaxiality.
Thickness of V Specimen 2, conclusion can be drawn that the microscopic structure of materials as well as thickness is one main factor affecting the fracture toughness.

The ideal semisolid slurry with homogeneous spherical and fine primary crystals could be obtained by optimizing rod insertion temperature, rotation speed and its diameter, which is a key factor in semi-solid forming.
The thicker components produced by the process exhibits better mechanical properties than those by conventional casting[3,4].
It can be seen that the time interval from rod insertion start to insertion end affected the distribution of the primary spherical crystals.
He, Effects of the casting temperature on microstructure and mechanical properties of the squeeze cast Al-Zn-Mg-Cu alloy, Journal of Alloys and Compounds. 504 (2010) 42-45
Syarif, The effects of Mg addition on the microstructure and mechanical properties of thixoformed Al-5%Si-Cu alloys, Journal of Alloys and Compounds. 621 (2015) 121-130

In the process of removing wrinkles, possible related factors can be divided into two aspects.
The mechanical properties of fabrics that are associated with fabric movement include tensile and shear properties, bending, compression, surface characteristics, stiffness, fabric weight, and thickness [1].
Raja Zaoual obtained that fabric composition, weight, drape coefficient, fabric structure, warp and weft density and twist of fabric are the main factor affecting the performance of fabric wrinkle [3].
Therefore, the wrinkle recovery rate can be used to represent the comprehensive physical and mechanical properties of the fabric.
[9] Lommoontree, P., et al., An analysis of factors affecting the knitwear ironing: a case study of hi-progress knitting co., Ltd.

Effect of Chemical Treatment on Mechanical Properties of Banana and Abaca Fiber Reinforced Composites B.
The fabricated composites are tested to evaluate mechanical properties such as tensile, impact and flexural strength as per the ASTM standards.
The mechanical properties of the treated fiber and untreated fiber are compared and it is found that the mechanical properties have been significantly improved due to the chemical treatment.
The role of potassium permanganate treatment for the improvement of the mechanical properties of jute polypropylene composites [8].
Hossain, Mahbub Hasan, Chemical modification effect on the mechanical properties of coir fiber, Engineering Journal 16 (2012) 73-83

MECHANICAL PROPERTIES OF MICROWAVE SINTERED 60YSZ-Al2O3/10HAP BIOCERAMICS COMPOSITES M.R.N.
The main factor affecting the reaction is the surface area of ZrO2.
Nayak, “Hydroxyapatite - TZP Composites : Processing, Mechanical Properties, Microstructure and In-Vitro,” 2010
Hampshire, “Mechanical properties of hydroxyapatite-zirconia compacts sintered by two different sintering methods,” J.
Singurindi, “Microwave sintering and mechanical properties of Y-TZP / 20 wt .%,” vol. 286, pp. 225–229, 2000

That is to say, there is effect of environment on the mechanical properties of the alloy.
Therefore, it was inferred that the effect of tensile environment on the mechanical properties of the alloy is actually the effect of hydrogen in the environment on the mechanical properties of the alloy.
Fig. 4 The mechanical properties of FeCoNiCrAl0.1 alloy tested in various environments.
On the other hand, the effect of hydrogen on the mechanical properties may be related to hydrogen affecting the formation and diffusion of vacancy.
There is obvious effect of tensile environment on mechanical properties of FeCoNiCrAl0.1 alloy.

The paper presents an overview of “lessons learned” with detailed information on factors affecting the rate of chloride ingress.
This paper presents an overview of “lessons learned” with detailed information on factors affecting the rate of chloride ingress and the performance of concrete containing supplementary cementing materials (SCM) such as fly ash, ground granulated blastfurnace slag (hereinafter referred to as slag) and silica fume.
Examination of the concrete after exposure revealed that the air-void spacing factors were good (generally ≤ 230 microns) and that there was no evidence of micro-cracking related to freeze-thaw damage.
This indicates that damage was, generally, restricted to the surface and this explains why the bulk properties of the concrete, as measured by UPV and RDM, were unaffected.
Electrical Properties and Bulk Diffusion.

Investigation into the Coating Surface Topography and Properties of Paper Related to Drying Condition Ying Li1, 2, a, Beihai He2,b 1Faculty of Mechanical and Electrical Engineering, Kunming University of Science and Technology, Kunming, 650093, China 2State Key Lab of Pulp and Paper Engineering, South China University of Technology, Guangzhou, 510640, China aEmail:haishanying@126.com,bEmail:ppebhhe@scut.edu.cn Keywords: Coating structure topography; Drying temperature; Surface properties; SEM; AFM Abstract.
The typical objective of coating is to improve the appearance and printing properties of paper.
The coating structure and surface topography are dependent on factors such as pore structure, coating color formulation, particle arranging，coating speed and drying temperature, et.
The amount and type of latex binder, pigment particle size, and coating condition have a significant effect on both the structure and chemical properties of pigment coatings, which affects critical surface properties, e.g., gloss, ink setting rate via liquid absorption, and spreading properties [4, 5].
Results and Discussion Effect of Drying on Surface Properties and Print Quality of Coated Paper.

The calculation results show that the length and the diameter of SWCNTs are relatively significant factors affecting the buckling behavior of SWCNTs.
Introduction Ever since the discovery of carbon nanotubes (CNTs) in 1991 [1], more and more studies are focused on their excellent mechanical properties.
The defects affect the mechanical behavior of CNTs.
For the mechanical properties of CNTs, the buckling behavior has been studied by molecular dynamics simulation (MDS) [2], continuum mechanics models [3] and molecular structural mechanics [4].
The wall thickness is 0.34 nm and the elastic properties are referred to [6].