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Abstract: It was carried out the test of the basic mechanical properties of lord-bearing thermal insulation concrete specimens before and after carbonization.
Fig.2 Relationship between splitting tensile strength and carbonizing age The tensile properties of concrete structure in common environment were usually ignored, and the structure was allowed to work with cracks, but in the carbonation environment, the anti-carbonation performance of the concrete working with cracks easily affected.
Summary Through the experimental analysis of basic mechanical properties of the bearing and thermal insulation glazed hollow bead reinforced concrete after carbonization, the following conclusions were drew： 1）With the age of carbonation growth, cube compressive strength of glazed hollow bead bearing and thermal insulation concrete with different water-cement ratios increased.
Hydrophobic expanded to explore the factors influencing the absorption rate of perlite preparation [J] .
[3] 《Standard for test method of mechanical properties of ordinary concrete》GB/T 50081—2002 [S] .

In FDM, optimizing feedstock composition is crucial, affecting rheology, printability, density, and mechanical properties [16].
Therefore, density measurements alone are insufficient; three-point bending tests are essential, as illustrated by F5, which had a higher density than F4 but poorer mechanical properties.
At high metal concentrations (93 wt.%), metal content became the dominant factor affecting viscosity
· Mechanical testing showed that F7, with the highest SS content, had the best flexural properties.
Pramanik, Mechanical Properties of 17-4 PH Stainless Steel Manufactured by Atomic Diffusion Additive Manufacturing, Designs (Basel) 9 (2025) 66. https://doi.org/10.3390/designs9030066

Rina Farhat 1, a 1 Civil Engineering Department, Sami Shamoon College of Engineering , Beer Sheva, Israel a rinaf@sce.ac.il Keywords: structures, structural design, nonlinear analysis, cracking, building materials, concrete, steel reinforcement, constitutive laws, mechanical properties.
The opposite influences of the first two factors are discussed in this paper.
These interrelated factors impose different grades of influence.
affecting crack width and crack control are numerous and interrelated some of these features were treated here.
Studies presented in this paper emphasize that main factors affecting crack control and corrosion protection of steel reinforcement, are tension stress in steel reinforcement and concrete cover thickness.

It has excellent mechanical properties, environmental resistance and chemical resistance [1].
External factors include any way to increase the strength and degree of tensile shear fatigue, such as blade rotation rate, rainfall, etc.; internal factors include the structure and properties of the material itself.
After soaking the samples in 70 ℃ water for 5 days, they took them out and measured their mechanical properties.
Influence of the type of chain extender and urethane group content on the mechanical properties of polyurethane elastomers with flexible hard segments[J] .
The Affect of Hygrothermal Aging to the Mechanical Properties of Polyurethane Elastomer in Toughening Electronics Packaging Material.

It has been demonstrated that the infiltration process is affected by many factors: porosity of structural elements, wettability of their pore channels, fluid flowability of the infiltrating material, and other factors.
The infiltration process is influenced by many factors: the porosity of the elements of the product, the miscibility of their pore channels, the fluidity of the impregnating material and other factors.
The main properties of the briquette are shown in the Table 1.
The study showed a slight increase in the content of copper in the product elements and a decrease in their physical and mechanical properties in the case of two-stage sintering (Table 2).
Ivǎnuş, ‘Effect of infiltration on the mechanical properties and corrosion resistance of 316L austenitic stainless steel’, Metalurgia International, vol. 13, no. 3, pp. 57–61, 2008

To improve the mechanical properties of Al-Si alloys can be added Cu elements.
The CuAl2 phase inhibits dislocation movement so that greater force for deformation and improve mechanical properties Introduction Aluminum Silicon Alloy (Al-Si) is widely used in the industry because it has a good cast ability, good mechanical properties and good corrosion resistance.
The addition of Cu elements to Al-Si alloys can improve mechanical properties.
Factors that cause fatigue failure are working stress, number of cycles, surface roughness and material properties.
A 528 (2011) 8128–8138 [7] Jacques Stolarz, Olivier Madelaine-Dupuic, Thierry Magnin, Microstructural factors of low cycle fatigue damage in two phase Al–Si alloys, Mater.

Laser power, welding speed, and incident angle are the factors that affect the weld bead characteristics significantly.
Material properties were assigned to the model.
Hence, welding speed is the most significant factor affecting the tensile strength followed by the voltage in AGMAW process. 5.
Hence welding speed is the most significant factor affecting the tensile strength followed by the voltage in AGMAW process.
Garg, Effect of welding parameters on mechanical properties of GTAW of UNS S31803 and UNS S32750 weldments, Manufacturing review, 2, (2015), 1-9

Its physical and mechanical properties are shown in Table 1 and its chemical composition is shown in Table 2.
Therefore, it can be considered that all the factors will affect the flexural strength of concrete.
Therefore, it is meaningful that all the factors mentioned in Table 3 will affect the strength of concrete.
Tian, et al, The physical and mechanical properties of chloride-based deicers at 0 ~﹣30℃, J.
Yang, et al, Properties study of asphalt containing deicing agent, J.

Introduction The reinforcment performance of filler depends on several factors, such as, particle size, surface area, shape, and so on[1].
Measurement of mechanical properties.
Other mechanical properties didn’t vary much.
Effect of fillers loading on mechanical properties of composite materials.
The mechanical properties of NR composites got complemented by those three types of minerals

The effect of silica-carbon black (CB) dual-phase filler on physical properties in terms of only static mechanical tests of the prototype was investigated.
Tensile and tear strength are factors that should concern and emphasize.
Mechanical properties measurement of Rubber vulcanizates.
Mechanical Properties.
Conclusions It can be concluded that increasing silica affects the properties rubber compound and vulcanizates.