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In particular, the interaction of complex thermal and mechanical forces under service loading is one of the major factors affecting the lifetime.
INTRODUCTION The improvement of cast Aluminium alloys for cylinder heads mainly focus on optimized fatigue properties and lifetimes under complex thermal and mechanical loading in service [1].
Mechanical Behaviour, TMF ―The influence of the treatments on the TMF performance of AlSi6Cu4 can be summarised by the ductility factor which is the product of maximum stress and the mean inelastic strain, at N=Nf/2.
It must be noted that a high ductility factor does not consequently result in a long lifetime.
At 200°C only a factor of 1.5 is determined.

Mechanical properties, corrosion resistance and biocompatibility have been proven to explain its wide application.
In addition, this study is beneficial in terms of the chemical composition and mechanical properties studied.
To produce archwire, the manufacturers should understand the numerous factors affecting the properties.
I. study of composition, phase transformation and mechanical properties of nickel-titanium orthodontic arch wire.
Composition, phase transformation and mechanical properties Nickel Titanium orthodontic archwire.

Effects Of Sintering Temperature On The Properties Of Stainless Steel Foam FAZIMAH Mat Noor1, 2, a*, N.
Every single processing step has a significance effects on the final properties of the metal foams and needs for proper development in order to obtain defect-free structures with optimum properties.
Conclusion Sintering temperature is one of the factors that affects the pore morphology and foams strength.
The mechanical properties of porous stainless steel can be tailored by selection of an appropriate processing parameters including the sintering temperature.
Upadhyaya, Sintered Metallic and Ceramic Materials: Preparation, Properties and Applications.

All these factors affect the coil surface.
For determining the suitability of HVOF coatings for purpose of sink roll renovation is necessary to take into account also other degrading factors, mainly resistance of a coating against abrasive wear and building-up of dross particles, intermetallic reaction products etc.
Bunshah, Handbook of Hard Coatings: Deposition Technologies, Properties and Applications.
Fedrizzi, Mechanical and tribocorrosion properties of HVOF sprayed WC–Co coatings, Corros.
Troczynski, Correlations between Microstructural Parameters, Micromechanical Properties and Wear Resistance of Plasma Sprayed Ceramic Coatings, Wear 250 (2001) 569-575

The mechanical properties of the welds were determined using a combination of conventional microhardness and tensile testing.
Due to the different chemical, mechanical, and thermal properties of these materials, dissimilar FSW between them presents many challenging problems.
Then, the influences of the welding speed on microstructure and mechanical properties of the friction stir welded (FSWed) plates were experimentally investigated.
Tensile properties of the joints.
The effects of pin offset and welding speed on the microstructural and mechanical properties of joints have been investigated.

Excellent combination of light weight and good mechanical properties put magnesium alloys ahead of other structural materials in applications where high specific properties are required.
In present study, the mechanical properties of magnesium alloys AZ91D and AZ31B under dynamic loadings have been evaluated using Hopkinosn bar.
Mechanical Properties of Magnesium Alloys Magnesium alloys have excellent strength to weight ratio, high specific stiffness, high impact resistance and good castibility [7].
The higher specific properties of magnesium alloys have gained a lot of attention in recent years and one of the prime factors that drive magnesium alloys utilization for vehicles related applications as well as an effective protective structural material.
Figure 2: Specific strength and specific energy as function of strain rate When metals are subjected to dynamic loadings, the rate dependence of their mechanical properties is vital for understanding their behaviour in such situations.

Study on dispersion and rheology of particles in water-based nano TiN fluid Xin Wang Ouyang1,a, Zhang Yong Wu1,b, Zi Yong Mo1,c 1Faculty of Mechanical and Electrical Engineering, Kunming University of Science and Technology, Kunming Yunan, 650500, China ajjxing333@163.com, bZhyongwu63@163.com, c309087849@qq.com Keywords: TiN, Nanoparticles, Viscosity, Dispersion, Rheological properties Abstract.
The results show that the above-mentioned factors all have different degree of influence on nanofluids’ dispersion and rheology.
We take 5mL nanofluids as sample solution to the test-tube, then observation and recording of the sample are employed to evaluate the properties of nanofluids.
After the experiment, the measured viscosity is used as a parameter ​​to characterize the rheological properties of nanofluids.
After the experiment, the measured viscosity is used as a parameter ​​to characterize the rheological properties of nanofluids.

Investigation of the Mechanical Properties of Recycled Cotton Denim Fabric Hasan Mazharul Haq1,a, Md.
The quality of the yarn is directly influenced by factors such as fiber length, strength, and fineness, which are critical parameters in the production of high-quality recycled denim [23].
Considering its mechanical properties, we suggest potential end uses for this recycled fabric based on these evaluations.
The conventional equipment limits the efficiency and effectiveness of the recycling process, thereby affecting the quality of the final product. 3.
Variability in Mechanical Properties: While recycled cotton denim showed improved tearing strength, its tensile strength was notably lower.

Different resins have different wrapping ability, thus affecting the ink’s CP.
[12] C.Y.Feng, The analysis of the factors influencing the ink transfer rate,J.J.of Xi'an Technological University ,2008(6):27-28
[13] Q.C.Zeng, The common factors influencing the ink transfer rate, J.
[15] J.Z.Sun,X.F.Wei,B.Q.Huang, Pigment dispersion effect on the properties of water-based plastic gravure printing ink,J.
[17] J.Z.Sun,X.F.Wei,B.Q.Huang, Influence factors of plastic water-based gravure ink dry,J. packaging engineering,2010(17):118-120+134

In the present work, the rheological properties in terms of shear stress and viscosity of Kaolin/Polyether-Sulfone (PESf) of varying ratio were investigated by a rotating rheometer.
As discussed, one of the factors affecting the distortions of the spinning suspension is the rheology characteristic.
To understand the behavior of the suspension especially during the spinning process, the rheological properties of the suspension at different material ratio and shear rate need to be studied.
Viscosity vs Shear Rate Conclusions In this study, the rheological properties in term of rheology properties (constants, shear stress and viscosity) for Kaolin-PESf suspension with various kaolin ratios were investigated by using a rotational viscometer.
Gu, Effect of shear rate within the spinneret on morphology, separation performance and mechanical properties of ultrafiltration polyethersulfone hollow fiber membranes, Chem.