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The propagation of these cracks can take several forms, including straight, curved, and random paths, each influenced by the material properties, loading conditions, and environmental factors.
Amplitude response differs based on boundary conditions, affecting structural nonlinearity.
Additionally, this allows for comparisons to determine which factor has a greater influence on the plate’s dynamic response.
However, various factors can cause deviation from this path, including residual stresses, stress gradients, grain boundaries, and other material inhomogeneities.
International Journal of Mechanical Sciences.

Cores from both HMA and WMA sections were retrieved periodically to characterize their mixture mechanical properties.
The specimen were used to investigate the mixture mechanical properties as well as binder rheological property.
Results and Discussion Mixture Mechanical Properties.
In addition, analysis of variance (ANOVA) at a level of significance of α=0.05 was used to analyze which factors (binder type and age) significantly affect the measured resilient modulus.
Statically, both binder type and mix age were found out to be the significant factors for the results of ITS.

The experimental tests Six T-shaped concrete-filled steel tubular stub columns, five with and one without steel bone, were designed to explore the main factors which affect the mechanical performance and the ultimate bearing capacity of the T-Shaped concrete-filled steel tubular tubular stub columns with steel bone.
The length of each component is 500mm.Cross sections of the components are shown in Figure 1.The compressive strength of concrete cube components is 46.29Mpa in standard test method and the mechanical properties of steel plate is shown in Table 2.
The Figure 4 give s the curves of load-strain under the influence of tube confining factor.
(2).This test verify the bone indicators and the tube confining factor are two major factors which influence the mechanical properties of this component.Increasing the bone indicators and the tube confining factor,can reduce the occuerence of local specimen,and the largest margin of increase is 71.7%
Study of the mechanical properties of axially loaded section steel and steel tube short columns filled with steel-reinforced concrete.

The strength of a carbon nanotube (CNT) is predominantly influenced by factors such as the distribution of defects and various geometric aspects [4].
Furthermore, an investigation was carried out to explore how chirality affects the torsional properties.
In contrast, SWCNTs are more uniform in structure and, therefore, exhibit more consistent mechanical properties.
[7] BI Yakobson, P Avouris, Mechanical properties of carbon nanotubes, in: Carbon nanotubes: synthesis, structure, properties, and applications, Springer, 2001, 287-327
[11] C Goze, L Vaccarini, L Henrard, et al., Elastic and mechanical properties of carbon nanotubes.

The operating experience shows that the electrical property, mechanical property and stability of most of the LSR can meet the needs of power equipments to run for a long time.
Investigation results suggest that there are lots of factors affecting the silicone rubber aging, in addition to the prescription and process of silicone rubber, also including the partial discharge, high temperature, ozone, ultraviolet radiation, rain, pollution, wind speed, and so on.
However, most studies of the factors affecting the aging of silicone rubber have focused on the HTV and Room Temperature Vulcanized Silicone Rubber (RTV), and there have been relatively few studies on the LSR.
The aging characteristics, aging factors, aging prevention measures and treatment after aging of LSR will obviously require further investigation.
(3) The change law of the chalking layer thickness, the long chain content, the crosslinking degree, the side chain methyl number, the thermal decomposition properties and the organic ingredients can be clearly observed in the process of LSR aging analyzed by using SEM, FTIR and TG.

The porosity, flexural strength, DTA/ TGA, and NMR are investigated to study the mechanical and microstructure properties of the geopolymers.
Their porosity can be less than that of cements or mortars and thus superior mechanical properties are obtained [5].
The mechanical properties were determined by porosity and flexural.
Mechanical properties and the microstructure performance of specimens were tested after 1, 7, 14, 28 and 60 days.
Porosity Figure 2 presents the porosity is a main factor of affecting the sample’s mechanical characteristics.

The TiNi fiber reinforced/PMMA composite's mechanical property enhancement and deformation resistance are also studied.
With these desired properties of SMA, it is highly desired to increase the performance of an intelligent material in a high temperature region.
The mechanical properties and the geometry of the specimen are shown in Table 1 and Fig. 5, respectively.
We obtain stress intensity factor range (∆K) from the Eq. (1).
Conclusion The shape memory TiNi fiber reinforced PMMA composite was developed to demonstrate the active enhancement of mechanical properties, especially, fatigue resistance in our proposed new type of smart composite.

Uniform dispersion of CNTs in the polymer matrix and good interfacial interaction between the nanotubes and polymer matrix are the most important factors that dictate the ultimate properties of the nano-composites.
The mechanical properties of the nano-composites would be reported.
Mechanical properties were tested according to ASTM standard.
Fig.4 Dynamic-mechanical property of the nano-composites with different MWNT content.
The mechanical properties of the nano-composites are summarized in Table 1.

Abstract： This paper emphasis has researched the ER properties of Ni group core-shell nano particles modifier with Urea，SDBS and other polar molecule，analysis the relationship among ER properties and polar molecule type ，compound modifier under different electric field or magnetic field.
It is found that the shear stress increasing with adding polar molecule, compound polar molecule modify can marked advance the properties of Ni group core-shell particles ER fluid.
Modify is one of most important of many factors affecting the ER property.
It has proved that polar molecule can greatly increase ER properties.
This paper focuses on the research of morphology of particles structure and properties of electrorheological fluid under different electric field, magnetic field and electromagnetic field.

In real-world applications, several factors affect the machining outputs, particularly Surface Roughness (SR) and Material Removal Rate (MRR).
Their results showed that feed rate was the most significant factor affecting SR, followed by depth of cut while cutting speed was found to be insignificant.
However, feed rate remained the most influential factor affecting both surface roughness and tool wear.
Shihab et al. [18] investigated the key factors affecting dry cutting of AISI 52100 hardened steel using the Taguchi L9 design integrated with the Grey Relational Method, focusing on surface integrity (SI), surface roughness (SR), and micro-hardness (μH).
To enhance its microstructure and mechanical properties, the material underwent heat treatment, resulting in a hardness range of approximately 53–58 HRC.