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In general, similar to other protein (wheat, corn) films, SPI films provide lower mechanical properties and higher moisture sensitivity.
Moreover, literature [2] has confirmed that SPI films without other secondary components do not show good mechanical and barrier properties.
These blend films showed enhanced mechanical properties comparing to pure SPI films.
As a kind of protein-based packaging film, it is well known that the appearance, moisture sensitivity and mechanical properties will be important characters greatly affecting consumer acceptance of such protein-based films.
These results indicated that the color was greatly affected by the factors of pH value, cross-linkage degree, plasticizer addition, thermal treatment, fabrication process and weight contents of blends [6].

Introduction The factors affecting the slope stability are numerous.
But the influencing degrees of these factors vary with different slopes.
When the test factors and factor levels are more, there is some difficulty for the method.
The physical and mechanical properties of rock-soil are determined by the surrounding natural environment.
The thirteen influencing factors can be seen from table 1.

Yarn tension during weft insertion is one of important factors which affect fabric properties.
Moreover, weft tension has a direct influence on fabric properties such as air permeability, abrasion resistance, tensile strength, etc [2].
Although numerous factors acting on weft tension have been discussed, still many problems are waiting to be solved.
[2] Adanur, S., and Jing, Qi., Property Analysis of Denim Fabrics Made on Air-jet Weaving Machine Part II: Effects of Tension on Fabric Properties, Textile Research Journal.
A., Influence of Controlled Weft Yarn Tension of a Single Nozzle Air-Jet Loom on the Physical Properties of the Fabric, Textile Research Journal.

Fluctuations in material properties.Different grade pipeline steel plates have different mechanical properties and present significant difference in forming performance, process parameters and forming shape of the parts.
Table 1 shows mechanical properties fluctuations for X70 in the different volume.
So it is a prerequisite to investigate the impact of the mechanical properties on the springback to obtain high-quality qualified pipe.
Experimental factors levels were shown in Table 2.
RBF network can be used to study and deal with the relation between multiple factors and the response variable.

The curing and winding are regarded as the necessary procedures during molding, and they are the key factors affecting the final performance of the composite shells [3].
The respective mechanical tests are repeated for three times and the mean values of the properties are evaluated.
The tensile test was conducted in a Universal testing machine as per ASTM: D638 standard test method for tensile properties.
Summary Glass Fiber Reinforced Plastic composite components were manufactured by filament winding process and their mechanical properties were determined as per ASTM standards.
The development of filament wound GFRP composite components with good mechanical properties revealed that these components can be used with advantage for many applications.

A piezoelectric generator based on the piezoelectric stacked elements is applied to realize electro- mechanical energy conversion in this paper.
d33 mode piezoelectric element will due to compress and transform only vertical positive pressure affects based external force.
Extern pressure operational factors and partial factors of piezoelectric stacked element are shown as Table 1.
Factors of extern pressure and piezoelectric stacked element.
Development of a finite element model for the identification of mechanical and piezoelectric properties through gradient optimization and experimental vibration data [J].

Mechanical behavior of the amorphous/nanocrystal Ni-Mo23.56 alloy coatings by electrodeposition Weizeng Chena, Hong Xu, Ning Li, Baode Jing College of Engineering of Zhejiang Normal University, Jinhua, China, 321004 a E-mail: jdxcwz@zjnu.cn Keywords: Amorphous/nanocrystal, Ni-Mo alloy, Mechanical behavior, Electrodeposition Abstract: The amorphous alloy application is limited because of its brittleness property.
Introduction The amorphous bulk alloy is widely applied because of its good physical-mechanical properties in recent years[1-3].
The deposited amorphous/nanocrystal alloy had the properties of the amorphous and nanocrystal characteristics.
Fig.4 σ~ε pattern of the deposit Fig.5 SEM image of the deposit fracture Regarding the galvanic deposit amorphous state nanometer crystal nickel molybdenum alloy, affecting the plating layer performance two important factors are the plating layer molybdenum content and the grain size.
Therefore the mechanical properties have the great scope enhancement shch as tensile strength, degree of hardness and so on.

The Effect of Vortex Well Thickness on Microstructure and Mechanical Properties of Aluminium LM6 H.
This research was conducted to determine the effects of vortex well thickness on the microstructure and mechanical properties of Aluminium LM6 in sand casting process.
Introduction The molten metal flow into mold during filling process and the cooling characteristics of the metal during solidification process is among the key factors in determining the quality of the casting product.
Therefore, this study have been conducted to determine the effects of vortex well thickness on the microstructure and mechanical properties of Aluminium alloy castings.
“Microstructure and mechanical properties of LM25 aluminium alloy in thin section casting using vortex gate”.

Mechanical performance of CF/PEEK composites Carbon fiber can greatly improve the mechanical properties of PEEK composites.
However, there are various factors can affect the mechanical properties of CF/PEEK.
They analyzed the effect of molding press parameters on the mechanical properties of CF+G/PEEK composite material.
They found that the mechanical properties are improved if higher forming temperatures are used, but the increase is most dramatic in mode I delamination behavior and the improvement in mechanical properties with forming temperature is due to an increase in interfacial strength between fibre and matrix.
The evaluation of the tensile properties and the short beam shear strength of the consolidated samples suggest that successive consolidations can affect the mechanical behavior of the CF/PEEK composites.

The immobilized enzyme and free cellulase was treated on ramie fabrics and the relative mechanical properties were tested.
The enzyme reactions are carried out in vitro and usually sensitive to environmental factors, so the process requires stricter conditions [1].
Ramie fabric properties.
Effect of enzyme treatment on fabric mechanical properties.
Table 2 Effect of enzyme treatment on fabric mechanical properties Sample Breaking strength (N) Linear tensile (LT) Power （gf·cm/cm2） Cracking-time (s) 0h 4h 8h 0h 4h 8h 0h 4h 8h 0h 4h 8h buffer 454 607 12.1 13.9 1.56 2.20 7.29 8.39 enzmye 80 9.2 0.23 5.54 A 256 337 10.4 3.3 0.8 0.36 6.28 1.99 B 249 190 11.7 9.7 0.7 0.40 7.03 5.83 C 314 355 16.0 3.3 1.0 0.36 9.62 2.02 D 240 144 12.6 10.9 0.7 0.53 7.61 6.56 Fabric mechanical properties after different treatments revealed that enzymatic treatment of fabric affected breaking strength, cracking time and length more or less.