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It is always possible to obtain tailored and enhanced mechanical/functional properties through the design of the cell spatial configuration and beam diameters [4].
In particular, compression tests were carried out on the fabricated lattice structures, and the influence of specific geometric factors (i.e., beam diameter, number of cells and cell rotation angle) on the mechanical performance was analysed.
Based on the results reported in the literature [4], the cell size and the beam diameter should be surely considered important factors.
The mechanical properties (e.g., the compliance and, hence, the crushing behaviour) were clearly influenced by the rotation angle as it affects the density distribution.
Optimal Design of Surface Functionally Graded Dental Implants with Improved Properties Lecture Notes in Mechanical Engineering (2023) 294–305

Introduction The fine-blanking die is easy to generate fatigue failure under the action of high contact pressure, furious friction and alternating loads in the process of stamping[1].Many high-tech fine-blanking enterprises select thepowder-metallurgy high-speed steel(PMHSS)to manufacture high level dies because of its good mechanical properties[2].
The two kinds of steels are usually used for fine-blanking punch-die.Few studies on the materials properties of the two kinds of steels are reported.
The properties of surface layer created in grinding influence the functional properties of the tooldirectly, such as fatigue strength and corrosion resistance, etc[3-5].
It is shown from range analysis that n is the most important factor, followed by Vx,Vy and ap.
Fig.3 Cross–sectional Surface structure of the NO.8 sample with (a) before lapping and (b) after lapping Usually, the WL is considered harmful to mechanical properties of workpiece.

The structure types are the dominant factor for controlling properties of HEAs coating.
When Ti content increases to x=0.4, the alloy exhibits excellent mechanical properties with high hardness, the hardness reaches a maximum (639HV0.2).
Hot consolidation and mechanical properties of nanocrystalline equiatomic AlFeTiCrZnCu high entropy alloy after mechanical alloying, J Mater Sci. (2010) 45: 5158-5163
Prearation and properties of FeNiMnCuC0.2Alx high-entropy alloy, J.
Structure and properties of FeCoNiCrCu0.5Alx high-entropy alloy.

Bulk density and moisture content are factors that significantly affect the physical properties of autoclaved aerated concrete (AAC) including thermal conductivity and other thermo-technical characteristics.
The thermo-technical properties were measured using the ISOMET 2104, a portable measuring device.
Introduction Bulk density is the factor that affects all physical properties of every material, including autoclaved aerated concrete (AAC).
Properties of materials are affected not only by total porosity bat also by pore size distribution.
In praxis, however, the materials always have a certain moisture content which causes impairment of its thermo-technical properties.

Factors that affect the coatings wear resistance consisted of friction coefficients, hardness and anti-sticking properties.  
This paper aims to develop a method that optimizes the multi-objective properties of Zr-DLC coatings.
Multi Response Optimization Taguchi’s L4 orthogonal array was used to design the experiments with two factors and two levels.
Taguchi advocates use of orthogonal array designs to assign the factors chosen for the experiment.
Ø [6] Mantgomery D.C (2009), From this ANOVA tables, it is revealed that thickness, temperature are prominent factors which affect the coating.

The factors that affect the surface quality and relative density are the process parameters such as the laser energy, scan speed and so on.
Due to the parts’s complexity and the unconventional process of SLM there is still a requirement to investigate the factors that affect precision including surface roughness and properties using SLM [8].
Surface roughness and part resolution are all heavily depend on laser processing parameters and melt pool control because properties of manufactured parts depend strongly on each single laser-molten track and each single layer [9].
Due to the layer based principle of generative production techniques there are certain restrictions like mechanical anisotropy and structural properties [10].
Due to the layer based principle of generative production techniques there are certain restrictions like anisotropy of mechanical and structural properties.

Properties of laminated glass comprising two or more sheets of glass are greatly affected by the composite action of these panes which is influenced by material properties of used interlayer.
The basic properties of soda lime float glass are stated which specifies the chemical composition, the optical and mechanical properties.
The maximum acting load depends on the properties of used interlayer.
[2] prEN 16613, Glass in building – Laminated glass and laminated safety glass – Determination of interlayer mechanical properties, draft, 2013
[3] Machalická, K., Eliášová, M.: Influence of Various Factors on Mechanical Properties of Adhesive Joint in Glass Structures, In: Challenging Glass 3.

Hardness, blend ratio, and crystallinity are some of the factors that greatly affect how well polymeric blends wear.
Investigation of the Effect of Polycarbonate Rate on Mechanical Properties of Polybutylene Terephthalate/Polycarbonate Blends.
On Structure and Properties of Amorphous Materials.
A new approach of microwave treatment to augment the mechanical properties of polymeric materials.
Understanding the structural changes, interfacial mechanisms, and mechanical properties of polymer/MWCNT nanocomposites after microwave treatment.

The important factors that affect milling force are obtained with the signal to noise ratio analysis.
And the axial cutting feed is the core factor that affects the milling force.
Introduction Titanium alloy is widely used in the fields of aviation, aerospace and automobile industries for its excellent properties such as high specific strength, high heat intensity, and corrosion resistance and so on.
To investigate the influences of milling parameters in UVA milling on machining accuracy of titanium alloy thin-walled parts, L16 orthogonal experiments with 5 factors and 4 levels were designed and conducted.
Selections of factor and level are listed in Table 2.

Mechanical properties Tensile test at room temperature was conducted on SANS WE600 hydraulic universal test machine, the results of which were shown in Table. 3.
It was obvious that, ①the mechanical properties of two steels tested both met the requirements, with a large strength surplus; ②the elongation of 2# steel was larger than 1# steel.
The mainly factors affecting the yield strength of steels were as follows [3]: large precipitation, inclusion, band shaped structure, the content of pearlite, the size and homogeneity of grain, and steel surface condition.
Large precipitation of liquid chromatography TiN formed in steel led to local stress concentration, becoming nucleation resources, thereby resulting in a decrease of mechanical properties.
The mechanical properties of both two steels met the requirements.