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Referring to the effects on properties of corn starch films, the most important factor was the glycerol concentration, the following factors were the pH value of the coating liquid, the CMC-Na concentration and the corn starch concentration.
During the last few years, biodegradable polymers with suitable mechanical and physical properties have received particular attention to replace petroleum-based plastics [6,7].
Testing corn starch film properties.
Comprehensive properties of the film were estimated.
In the best condition A1B1C2D3, the most important factor which affected the properties of the film was the glycerol concentration, the following factors were the pH value of the coating liquid, the CMC-Na concentration and the corn starch concentration.

A new measurement apparatus was developed to characterize the dynamic liquid moisture transfer properties of textile materials such as textile fabrics, based on the mechanical equipment, microelectronics, sensors and control system.
The dynamic moisture transfer properties is related to the thermal-wet comfort sensations of clothing, which together with tactile comfort and pressure comfort are identified as the three major sensory factors of clothing comfort [2].
The mean values of the liquid moisture transfer properties measurements are summarized in Table 2.
Therefore, the fabrics’ behaviors significantly affect the liquid moisture ransfer properties of all indices, and the measurement method and the indices defined are effective for characterizing the liquid moisture transfer difference between two surfaces of textile materials.
[9] AATCC Test Method 195-2009, Liquid Moisture Management Properties of Textile Fabrics, AATCC Committee RA63，2009

The main factors affecting the movement and deformation of the surface (1)Ratio of mining depth and mining thickness Different mining seam thickness, resulting in subsidence gob collapse of overlying strata with different crack height, with a high degree of surface collapse crack forms and degrees of movement and deformation damage plays a decisive role
(2)Mining methods and roof management methods Mined subsidence processing methods are mainly based on the top floor and the mechanical properties of rock layers composition, thickness coal seam, the special requirements of the ground (rivers, railways, buildings under mining) and other factors to select [2]
Depending on the different risk factors that impact on the natural gas pipeline, and now scores of the factors given in Table 1-2 were mining methods, ratio of mining depth and thickness, overlying lithology, subsidence gob formation time, the level of distortion , tilt effect radius, and the sinking value of the mined subsidence type score.
Inflection point offset d = 0.05H, subsidence coefficient =0.8, mainly affecting the tangent tgβ = 2.0, horizontal movement coefficient b = 0.25[7].
(2) Using AHP to the previous analysis of influencing factors evaluation, building subsidence gob gas pipeline risk assessment system

An Investigation about Microstructures, Mechanical Properties and Corrosion Behaviour of the TIG – MIG Hybrid Welded Dissimilar UNS 2205 and is 2062 Steels N.
The welded joints are inspected through metallurgical, mechanical properties and corrosion behaviour.
Structure and properties of carbon steel to duplex stainless steel submerged arc welds. 
Effect of post-weld aging treatment on mechanical properties of Tungsten Inert Gas welded low thickness 7075 aluminium alloy joints. 
Muhibbullah, Mechanical Properties and Electrical Resistivity of the Friction Stir Spot-Welded Dissimiliar Al-Cu Joints, International Journal of Polymer Science, 2022, 208-222.

In order to evaluate the mechanical properties were performed wear and hardness tests.
Results and Discussion Dilution is a determining factor whenever one wants to assess coating properties.
Coatings mechanical properties assessed through their hardness profiles confirmed the determining role of solidification kinetics and dilution, for the current intensity levels and filler metal alloy.
Meskinis, Influence of plasma transferred arc process parameters on structure and mechanical properties of wear resistive NiCrBSi-WC/Co coatings, Materials Science 17 (2011) 140-144
[6] ASM Handbook Vol. 1, Properties and selection: irons, steels, and high performance alloys, (1993)

Introduction One of the major world tendencies in the development of engineering industry is technological development and creation of high-tech materials that able to have the necessary physical, mechanical and chemical properties and, as a rule, having a certain structure.
The basic properties of the sintered porous slide bearings [2], are determined by their functional qualities: self-lubricity, good running-in ability, wear resistance and strength.
The combined method of the process has the wide range of controllable factors, affecting on the quality level of the formed surface, and therefore, it is convenient and effective to use in the forming process of the hard-to-punch and the heterogeneous materials.
Factors influencing in the technological capabilities of metal-ceramic sintered materials, during the finishing process.
Aluminum alloys (compound, properties, technology, using) Reference book.

To understand the behavior of the adhesive material, mechanical characterization is done on bulk adhesive specimen.
Another advantage of the foil gauge over the wire gauge is that it has greater heat-dissipation properties [1].
The influence of the properties of the underlying material, and of adhesive properties for strain-gauge design was demonstrated by numerical examples.
The results show that the gauge factor depends on the geometrical and elastic properties of both the strain gauge and the structure under investigation.
Furthermore, it was concluded that the thickness and stiffness of the adhesive layer can markedly affect the gauge factor.

., Dnipro, Ukraine, 49000 akolokhov.viktor@pgasa.dp.ua Keywords: concrete, construction, structure, condition, evaluation, properties.
The results of the study of the influence of some factors on the results of measuring the dissemination time of ultrasonic vibrations are presented.
The use of ultrasonic measurements to obtain absolute values of the properties of concrete is not adequate.
Materials and Methods To determine the properties of concrete structures the most widely are used ultrasonic devices NT.
The use of ultrasonic measurements to obtain absolute values of the properties of concrete is not adequate.

Table 1: Basic properties of design materials Basic properties of materials Physical properties Mechanical properties Thermal properties Electrical properties Magnetic properties Optical properties Visual properties Strength elasticity and plasticity Fragility and tenacity Stiffness hardness Abradability Thermal conductivity Heat resistance Thermal expansion Flame resistance Fire resistance Electrical conductivity Electrical insulating property Strong magnetism Week magnetism Diamagnetism reflectivity Projectiveness Fefractiveness Quality Texture Color Chemical properties Corrosion resistance, oxidation resistance and weather resistance Mutual Promotion between Materials and Product Design On the one hand, the development of materials, especially the appearance of new materials, often brings implications and breakthroughs for product design.
In addition, the differences in natural attributes and mechanical properties have determined the dimensional restrictions of materials.
When the expression of color is carried by the material, as the first visual language, the color conveys feelings through the material and becomes an important factor affecting people's physical and psychological changes [5].
There are many factors affecting the price of new materials, and the output is one of them.
[5] Li Tingcui: Discussion on the Analysis and Application of Emotional Factors in Product Design.

The resulting model allows us to quantify the influence of rheological factors on the completeness of the water-oil displacement and to calculate the performance, taking into account the component composition of the hydrocarbon phases.
Taking the Samara Region oil fields as an example, the article shows that the quality of design is unsatisfactory when the bundled software being used does not take into account specific non-Newtonian properties of the high-viscosity oil.
Any high-viscosity oil has structural and mechanical properties and behaves as a non-Newtonian fluid, depending on the concentration of high molecular substances, the component analysis of casing head gas, permeability and temperature.
An unfavourable combination of these factors leads to an increase in viscosity, deceleration of the oil filtration rate, and the progressive bed water influx.
This means that in a certain range of pressure gradients, the rates of water influx will be actively influenced by the viscoplastic properties of the oil along with the rock filtration properties.