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., Mechanical Engineering, Prathyusha Institute of Technology and Management, Chennai, India 2 Professor, Mechanical Engineering, St.
Experimental Work Taguchi’s L9 orthogonal array was used to design the experiments with three factors and three levels.
The assignment of the levels to the factors and the various parameters used are given in Table 1.
Table 1 Assignment of the Levels to the Factors Sl.No Factors Unit Symbols Level 1 Level 2 Level 3 1 Cutting speed m/min v 91.84 128.58 165.32 2 Feed rate mm/rev f 0.05 0.075 0.1 3 Depth of cut mm d 0.1 0.15 0.2 Table 2 Experimental Results for L9 Orthogonal Array Trial No.
In the present work, it is revealed that depth of cut, feed rate is prominent factors which affect the turning of aluminium alloy.

The conductivity of the composite are decreased with increasing resin content, but its mechanical properties are improve.
However, due to its molecular structure, it exhibits poor mechanical properties.
However, the higher filler loading in composites often results in weak mechanical properties and increase in porosity [19].
The composite exhibits good performance on mechanical properties and conductivity.
Conductivity of the composite decreases with increasing of resin content, but its mechanical properties changes inversely.

They are proving useful for detecting the thickness and position of weathered layers and the physical properties of the different materials involved, such as mechanical characteristics, state of cracking and the location of cavities, fractures and other discontinuous elements.
Ultrasonic pulse velocity varies according to the elasticity properties of the stone being examined.
A detailed survey of stone decay phenomena revealed several decay factors and weathering patterns including powdering, spalling, crusts and flaking.
Zezza: The physical-mechanical properties and ultrasonic data as criteria for evaluation of calcareous stone decay, Proceedings of 1st Int.
Sequeira Braga: Weathering of the Oporto granite: geotechnical and physical properties, Catena Vol. 49 (2002) pp. 57–76

The influences on mechanical properties under quasi-static loading and dynamic properties were also investigated.
Physical properties of NFA and FRA Properties NFA FRA Particle density (Mg/m3) 2.65 2.30 Water absorption (%) 1.08 2.07 Fineness 75 µm (%) 2.00 6.00 Table 4.
This condition results in the lower mechanical strength properties of FRA than those of the NFA, thereby inconsiderably affecting the improvement in mortar strength.
Aravind, Mechanical Properties of Hybrid Fibre Reinforced Concrete using Recycled Aggregate Vineetha V.
Md Akil, Mechanical properties and microstructure of recycled mortar reinforced with hybrid fiber, 2018 7(4) (2018) 6

Introduction Advanced ceramic is one of the dominant materials used widely in modern industry, due to its outstanding mechanical and physical properties like high thermal resistance, high hardness and chemical stability.
Photo of UV curing system Hardness and Abrasion The hardness of lapping plate is one of the key factors because the lapping plate undergoes load and produce deformation during the lapping process.
The certain hardness of the lapping plate may keep the grain in the situation of scraping or rolling, thereby affecting the material removal rate and surface roughness of the woke-piece.
Furthermore their wearing properties were compared by lapping those samples under the same machining conditions and then measuring the loss of thickness of the samples.
Surface Modification of Diamond to Improve Machining Properties of Ultraviolet-curing Wire Saw, Advanced Material Research.

In some cases are often required unique material properties.
However, different material properties of matrix and reinforcing phase cause problems during conventional machining, such as delamination of composite and rapid tool wear.
However, different mechanical properties of each compound in composite material is challenging to machine.
Producer determine following mechanical properties: modulus of elasticity 21 GPa, tensile strength 190 MPa, yield strength 140 MPa, density 1,850 kg.m-3.
Machine tool load was not affected in this case

However, the formability of tapered part was restricted by many factors, such as mechanical properties of metal, blank holding force (BHF), drawbead resistance, friction coefficient between die and blank, etc.
The detailed mechanical properties of material are listed in table 1.
Actually many factors should be considerate in the forming process as analyzed above.
Factors and levels of the experiment are given in table 2.
Especially, the drawbead resistance and friction coefficient affect more on the forming performance than the other factors according to the simulation result.

Many parameters, such as oil droplet diameter affect the separation performance of the hydrocyclone.
The physical and chemical properties of produced water vary considerably depending on the geographic location of the field, the conditions of the geological formation, the type of hydrocarbon product being produced and the upstream process.
The produced water treatment system is based on a mechanical or a chemical process.
In the present study, oil droplet size was assumed equal to 0.1; 1.0 and 10.0 mm and the physical properties of the phases (water and heavy oil) used in the simulations are illustrated in the Table 1.
Table 1 Physical properties of water and heavy oil Properties Value Source  (heavy oil) 963.6 (kg/m 3) Paladios (2007) µ (heavy oil) 17.6 (Pa.s) Paladios (2007)  (water) 997.0 (kg/m 3) Incropera e DeWitt (2002) µ (water) 0.0008899 (Pa.s) Incropera e DeWitt (2002) wall roughness. 0.0045 (mm) - Results and Discussion The streamlines of water and heavy oil are shown in Fig. 2.

Whole application function of the isolated structure is generally perfect, the safety of indoor occupants are ensured, but comfort properties are a little bad.
Comfort properties of indoor occupants are a little bad, people can walk during the earthquake.
For the upper structure, peak acceleration of highest point and story drift is two important factors, which can directly affect safety, comfort and application function under earthquake.
Fig 1 Hierarchy evaluation system of damage matrix for the base-isolated structure Grade standard of damage influence factors and membership degree function Grade standard of damage influence factors plays a key role in the earthquake damage prediction, which can affect the result of damage prediction.
In this paper, the weighted average comprehensive evaluation model is adopted, the main factors and secondary factors are considered all together.

The results provide insights into the effects of die angle on the material's deformation behavior and mechanical properties, offering a foundation for optimizing the ECAP process for AA6061.
The development and refinement of these techniques aim to enhance the mechanical properties of metals for sophisticated applications [3].
Instead, other factors such as the number of passes and the material's properties may have a more significant influence on the billet's stress distribution and subsequent mechanical improvements.
This uniformity is crucial to ensuring consistent plastic deformation across the billet, leading to improved grain refinement and enhanced mechanical properties of the material.
Effect of Equal-channel angular pressing on mechanical Properties: An overview.