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This is based on structural parameters and mechanical properties of components of a composite rope and conditions of its interaction with the structure, thereby increasing reliability and operation efficiency of the structure, in particular, the cable-stayed bridge.
Stay ropes are affected by the environment, wires corrode, and wind loads affect them.
The distribution of forces among the cables depends on the specified factors.
Since the mechanical properties and stay rope design are different and regular in orthogonal directions, the stay rope as a composite structure is orthotropic.
A model is created, a method for calculating a stress-strain state of an orthotropic composite tractive element is developed, with comprehensive consideration of its design, mechanical properties of its components, and given conditions for connection to the structure.

However, these properties also make them difficult to machine into a precise size and shape.
The materials properties are shown in Table 1.
The Range (“Delta”) shown in Table 4, represents the difference between the maximum and minimum values of S/N ratio at each level, describes the significance of each factor affecting the responses.
The “Delta” value is higher for most significant factors and its value decreases for less significant factors.
It means that all the factors affecting the surface roughness have been considered in the predictive model.

Alignment of reinforcement particles was observed to affect the fatigue behaviors of extruded composites strongly.
Interfacial reaction, in particular, can adversely affect the mechanical properties of the composite.
Fatigue behavior of particle reinforced composites depends on many factors, such as, matrix microstructure, volume fraction, and size of reinforcement particles, and the presence of inclusions in the matrix or defects such as particle clusters [11].
Fatigue crack growth and fatigue damage in unreinforced alloy and composites is significantly affected by R ratio.
Jones, “Fatigue properties of SiC particulate reinforced Al-Alloys”, proceeding of 4th international conference on fatigue, Honolulu, 887-892, 1990

EFFECT OF DIFFERENT SOLID AMOUNTS IN THE PHYSICAL AND MICROSCOPICAL PROPERTIES OF SiC POROUS CERAMICS Jerusa G.
Introduction The forming process is essential to determine the mechanical and microstructural properties of ceramic materials.
An increasing concern on the environment and the cost optimizing necessity that involve the different stages of the ceramic processing are factors that affect the choice of the correct forming process.
On the other hand, factors such as, availability, non-toxicity, besides inert properties must be considered when choosing the material to be used.
Both conditions of formation had their final properties influenced by foam presence and agglomerate formation.

The Composition of Slope Deformation Statistical Regression Model Slope deformation was mainly affected by the material bulk density and mechanical properties of the slope itself.
On this basis, through the qualitative and quantitative analysis of high slope deformation monitoring data, aging, rainfall and temperature were the main external factors affecting the high slope deformation.
When the present factor became not significant as the introduction of factors, it would be removed out of the regression equation.
Slope Deformation Impact Analysis of Each Component. (1) Aging component Aging was the main external factor affecting the high slope F59 fault vertical displacement.
It further illustrated aging was the main factor to affect high slope deformation.

Results and Discussion There are many factors to affect the polymerization process of core-shell latex particles, and the polymerization temperature, initiator dosage and reaction time on the stability of polymerization system is particularly important.
The chemical connection in core-shell interface is very important for improving the toughness of brittle material，however the key factors affecting the chemical connection is the intruduction of grafting agent.
In orthogonal test of three factors five levels, change factor were polymerization temperature, initiator dosage, and reaction time, which logogram as A, B, C, respectively.
The effect of three factors on the polymerization system was verified with BA conversion as the evaluation index.
Effect of reactive group types on the properties of core-shell modifiers toughened PA6.

Wear-related microstructures and micrographs linked mechanical properties to wear behavior.
Most research focuses on certain factors while ignoring others because it is nearly impossible to empirically examine all the factors that contribute to the tribological phenomenon.
Epicier, Effects of heat treatments on the microstructure and mechanical properties of a 6061 aluminum alloy, Mater.
Schlafka, An influence of slag refining on the structure and mechanical properties of the brass CuZn39Pb2, Int.
Schlafka, An influence of slag refining on the structure and mechanical properties of the brass CuZn39Pb2, Int.

The effect of initial hot rolled structure on final mechanical properties after continuous annealing was also investigated.
Figure 1 Microstructure of hot rolled strips coiled at 550 and 650 °C at x1000 and x2500 Mechanical properties of hot rolled steels depending on CT are shown in Table 1.
Effect of coiling temperature on mechanical properties depending on annealing temperature (heating rate of 10 °C/s, cooling rate of 10 °C/s) Effect of coiling temperature on mechanical properties and microstructure.
The effect of coiling temperature on mechanical properties as a function of annealing temperature is shown in Fig. 5.
Changes in the observed microstructure explain the effect of CT on the final mechanical properties of studied steels.

Geopolymers are an alternative binder for cement concrete production because of their superior mechanical properties.
Fresh and hardened properties of GPC are examined by appropriate experiments.
Setting time and workability are the key factors to be investigated further in HCF based GPC[12].
Hardened Properties of GPC.
Mehta, ACI, 144 (1994) 383–93 [9] Topark-Ngarm P, Chindaprasirt P and Sata V, Setting time, strength, and bond of high-calcium fly ash geopolymer concrete, Journal of Materials in Civil Engineering. 27(7) (2015) 1–7 [10] Part W K, Ramli M and Cheah C B, An overview on the influence of various factors on the properties of geopolymer concrete derived from industrial by-products, Construction and Building Materials. 77 (2015) 370–95 [11] Cheah C B, Samsudin M H, Ramli M, Part W K and Tan L E ,The use of high calcium wood ash in the preparation of Ground Granulated Blast Furnace Slag and Pulverized Fly Ash geopolymers: A complete microstructural and mechanical characterization, Journal of Cleaner Production. 156 (2015) 114–23 [12] Vijaya Prasad and Arumairaj,Recent Advancements in Geopolymer Concrete using Class-F and Class-C Fly Ash, International Journal of Innovative Technology and Exploring Engineering. 8 (2019) 5879–84 [13] Antoni, Wijaya S W and Hardjito D, Factors affecting

Materials having attractive properties such as high strength, high bending stiffness, good damping capacity, low thermal expansion and better fatigue characteristics which make them potential for modern day industrial application.
To overcome these challenges, new unconventional machining process with advanced methodology of EDM is used for successful machining of conductive and insulating materials of any hardness with good dimensional accuracy and surface finish since the conventional machining of advanced materials is often difficult due to the improved thermal, chemical and mechanical properties of new advanced materials2.
Therefore factors affecting of overcut is essential to recognize.
Therefore factors affecting of overcut is essential to recognize.
Recent Patents on Mechanical Engineering 2(2009),61-68