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Furthermore, the effects of MWCNT incorporated with PP on electrical and mechanical properties were also investigated.
Results and Discussion Effect of MWCNT and Cu contents on mechanical properties of composite.
Figure 1 showed the mechanical properties increased with increasing of MWCNT for both Formula A and B.
The small addition of MWCNT and Cu into polymer have affected to improve mechanical properties of composites.
Increasing in mechanical strength of composites is strongly influenced by two factors such as good dispersion of carbon such as MWCNT and good compatibility between filler and polymer matrix.

Notably, the study of the mechanical properties of micro- and nanoparticles necessitates advanced methods.
This scientific study explores modern methods of testing micro- and nanoparticles under mechanical load, analyzes key mechanical parameters, and investigates their dependence on various factors.
The authors detail how mechanical loads promote particle aggregation in composites, altering their properties.
The authors demonstrated that external factors can significantly reduce the strength of materials containing nanoparticles.
For instance, a polymer shell can protect the core from damage). 3) influence of external factors on mechanical properties.

This study attempts to compare the material properties of trabecular bone with regard to mechanical properties in axial compression and combined compression-torsion.
How superimposed axial compression and torsion loads would alter the axial mechanical properties is explained.
The apparent density of both testing conditions were almost the same and do not affect these mechanical properties.
Thus, for convenience of the study, the mechanical properties of combined loading considered only on compressive properties, apart from shear or torsional properties.
[6] Halawa, M., et al., The shear strength of trabecular bone from the femur, and some factors affecting the shear strength of the cement-bone interface, Archives of Orthopaedic and Traumatic Surgery, 92(1) (1978) 19-30

HSLA steels are designed to provide higher atmospheric corrosion resistance and improved mechanical properties than structural steels.
Due to excellent mechanical properties demand for HSLA steel is currently increasing.
The welding parameters play a significant role in welds quality, since they affect the microstructural and mechanical properties as well as the aspect, geometry and internal or surface imperfections of the welded joints [38].
The current paper presents the correlation between GMAW parameters and mechanical properties of hot-rolled HSLA steel butt joints.
Thus, the factorial experiments have four influence factors on two levels and three replicas included in the central point, according to table 6.

Damping Properties of SBR Modified Cement Pastes Zhenlei Zhang1,a, Peiming Wang1,b 1Key Laboratory of Advanced Civil Engineering Materials of Ministry of Education of China School of Materials Science and Engineering, Tongji University azhangzhenlei@tongji.edu.cn btjwpm@126.com Keywords: Damping Properties, Dynamic Mechanical Analyzer, Cement Abstract.
The properties of the cement and SBR latex are showed in Table 1.
The dynamic mechanical analyzer is a precision instrument designed to measure viscoelastic properties, such as modulus and damping of materials.
It is known that the mechanical properties of polymer are very sensitive to temperature.
Fig.2 Tanδ of the four specimens at various temperatures SEM analyses The structure is an important factor affecting cement paste properties.

Experimental Investigation on Mechanical Properties of Hemp-Banana-Glass Fiber Reinforced Composites R.
He observed that the fiber content by weight is the important factor which affects the compressive and flexural strength of HFRC.
The mechanical properties such as tensile, flexural and impact strengths are studied and presented in detail.
Mechanical properties of natural fibre reinforced polyester composites.
Mechanical properties of carbon/glass fibre reinforced hybrids.

Portion of reinforcement particles Ti(C,N) has influence on the mechanical properties of composite materials.
Aluminium and its alloys are characteristic of good mechanical properties, and the reinforcing particles are introduced to improve them further.
The composite materials obtained in this way in general have much better mechanical properties than matrix alloys.
Deformation behavior at extrusion temperature is dependant on many metallurgical and technological factors, e.g. temperature, flow rate, and extrusion ratio.
Many factors affect the mass loss after the wear tests of the composite materials:hardness of the obtained composite materials, shape and dimensions of the reinforcement particles, and also a) b) values of load between the test piece and the counter-specimen.

Also, for a comprehensive assessment of the factors affecting the risks in the operation of built-up cutting tools, experts from third-party organizations can be involved.
For the team to work effectively to analyze the risks and opportunities in the operation of built-up cutting tools, it is necessary to analyze factors affecting the performance of built-up tools.
Analysis of Factors Affecting Performance of Built-Up Tools One of the major challenges for metal cutting tool manufacturers is maintaining or improving tool performance while continuously improving productivity.
The analysis of factors affecting performance of built-in tools was carried out.
Zyryanov, Analysis of possible application of temperature dependences of processed materials' physical and mechanical properties to define the maximum workability temperature, Key Engineering Materials, 737 KEM, 2017, pp 114-118 [11] E.V.

The mechanical properties of the material can be affected by several factors.
In general, the main factors affecting the thermal conductivity of Mg alloys include solid solution atoms, second phases, temperature, and texture.
"A study of the mechanical properties of a Mg-Al-Zn alloy (AZ91) produced via Thixomolding."
Mechanical Properties and Microstructure of Heat-Resistant Mg-Al-Ca Alloys Formed by Thixomolding
Heterogeneous Materials: A New Class of Materials with Unprecedented Mechanical Properties. 2021

Factors affecting the performance of SIFCON In this section, it is discussed how the different compositions modify the properties of SIFCON.
There are many factors that directly or indirectly affect the properties of SIFCON; we will study the most important of those factors that have a direct influence on the mechanical properties of SIFCON.
Farsangi, “Mechanical Properties of SIFCON with Variation Steel Fiber Ratio and Nano Kaolin,” 2021
Rikhe, “EFFECTS OF REPLACEMENT OF METAKAOLIN WITH CEMENT ON THE MECHANICAL PROPERTIES OF SIFCON,” 2016.
Akçaözoğlu, “EFFECT OF BLAST FURNACE SLAG AND FLY ASH ADDITIVE ON MECHANICAL PROPERTIES OF SIFCON MATRIX,” EFFECT OF BLAST FURNACE SLAG AND FLY ASH ADDITIVE ON MECHANICAL PROPERTIES OF SIFCON MATRIX, 2021