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Relations for an assessment of conventional mechanical properties from quantities obtained by small punch test are presented.
Also it has been applied in determination of local mechanical properties such as heat affected zones of welds [4] or hydrogen embrittlement of steel [5] and characterization of mechanical properties of steels, light alloys and composites [6, 7, 8, 9].
Harling: The Development of a Miniaturized Disk Bend Test for the Determination of Post-irradiation Mechanical Properties, J.
Suárez: Estimation of the mechanical properties of metallic materials by means of the small punch test, J.
Dobeš: Analysis of potential factors influencing the relation between small punch and conventional creep tests, Metallurgical Journal (Hutnické listy) 63 (2010) 50–53

The properties of timber vary from one species to another, even within the same species due to factors like environment, nature of soil etc.
The stresses or strength of timber is based on mechanical and environmental factors [1].
Results and Discussions Moisture content test Moisture content is a very important factor that affects both the physical and mechanical properties of timbers.
The effect of the moisture content on some mechanical properties for Casuarina wood.
Some physical and mechanical properties of African Birch (Anogeissus leiocarpus) Timber.

The results were analyzed to compare the mechanical properties.
Various experimental and numerical techniques were developed to measure the different mechanical properties, the stress intensity factor, the J-integral, and the CTOD (Crack Tip Opening Displacement) to determine the strength of the materials welded joint [8-11].
The amount of molten polymer and the temperature of the material affect the welding properties, and the rheology of polyethylene will be affected [3].
Hardness and tensile strength are the main elements characterizing the mechanical properties of an FSW weld.
Advances in the experimental analysis of mechanical properties have been presented along the BT-FSW joint.

Since the major risk of wire breakage, deflections of electrodes were affecting the performance accuracy of EDM operation.
It reports on the Micro EDM research involving the optimization of the process parameters surveying the influence of the various factors affecting the machining performance and productivity.
Micro Electrical discharge machining (µEDM) is especially suitable for manufacturing micro-components due to its thermal material removal mechanism, which allows an almost process-force free machining independently of the mechanical properties of the processed material, Yi Qin [2].
A Single parameter change will influence more significant in output performance .Hence various affecting factors the process has to understand to get optimal solutions.
Experimental results indicate that peak current is the most affecting factor in the Micro-EDM process qualities for SK3 carbon tool steel while pulse off-time had a significant interaction with that.

The Effect of Powder Size on Thermoelectric Properties of 95%Bi2Te3-5%Bi2Se3 Alloy S.J.
It is expected that microstructure and oxygen content of consolidated alloy vary with initial alloy powder size and this effects will be able to affect the thermoelectric properties.
It is indicative that the higher peak intensity is relating to the preferred orientation of grains and the statistical distribution of basal planes will affect the thermoelectric properties by scattering factor and carrier mobility.
Two factors can affect the electrical registivity.
It is well known that the power factor [8] is descried as α2/ρ is also another expression of thermoelectric properties and thermoelectric figure of merit (z) is proportional to power factor.

Mechanical properties of composites with different volume fraction of Al phase.
The interface reaction between the matrix and reinforcement plays a crucial role in determining the properties of mechanical properties of composites.
Mechanical properties of composites with different heat treatment temperature.
(3) Mechanical properties of composites after the heat treatment were improved.
Lu, Influence of processing factors on flexural strength of C(f)/PMMA–PMA composites, Mater.

If loads affecting the system are not sufficiently known, mechanical strength may be exceeded and the system may fail.
Summing up, there is no comprehensive approach that accounts systematically for all influencing factors, such as ingoing product properties, disturbances, control steps, manual operations, machine accuracy, etc.
The example of the tripod system shows that component properties like geometric variations as well as a wide range of uncertain factors during assembly could affect the expected function.
By a consistent description of uncertain properties in the states and the influencing factors in the processes, it is a basis for a holistic approach of uncertainty analysis.
These are a) geometric, b) material, c) mechanical, d) electrical, e) economical and f) additional properties, Fig. 3.

Then, the factors affecting the quality of coating should be analyzed.
TiO2 has high melting point and mechanical strength.
Factors affecting the quality of coatings During the exploration of fabricating thick ceramic coatings, it was found that the spraying parameters, spraying powders’ characteristic and morphology and the substrates’ conditions all affected the adhesion and quality of the coatings.
It showed that deposition efficiency relied on gas temperature, powders’ properties and especially, the substrates’ ductility.
The ductility could affected the deposition of second pass.

The research of the expanding broken technology of engine connecting rod (also known as the fracture splitting technology) is based on some known factors which effect on connecting rod splitting to make comprehensive analysis on 36MnVS4, the material of connecting rod which is suitable for the fracture splitting technology, it analyses the effect of each chemical composition in steel on mechanical and physical properties, for material steel of new type fracture splitting connecting rod , and makes a theoretical analysis on the fracture splitting technology of the engine connecting rod.
Through the analysis and research, a new method to research the fracture splitting of connecting rod is determined, as well as gets some rules to affect process parameter.
The table2 shows mechanical properties.
Table2 Mechanical properties of 36MnVS4 tensile strength yield strength specific elongation reduction of area 900~1050MPa ≥520MPa ≥10% 20～40% In order to meet the above requirements, the key is to determine the reasonable forging temperature and the cooling speed after forging.
Pearlitic Transformation and Mechanical Properties of High Carbon Non Hardened tempered Steels in Continuous Cooling ,Heat Treatment of Metals, 2000,(04) [5] Lixin Zhao, Zhimin Liu, Shuguo Zhao.

Hallad et al. [7] used graphene to enhance the mechanical properties of natural fiber, and they found that when the graphene was treated with 0.5% NaOH and KMnO4, the mechanical properties of the composites were the best.
Electrical properties.
Mechanical Properties.
The morphology of TPV/MWCNTs composites The selectively location of nanofillers in the polymers is not only related to the thermodynamic factors, but also to the kinetic factors.
Mechanical properties.