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Influence factors on the junction line entering for high-temperature alloys in resistance seam welding Yiping Chen1,a ,Wen He 2, b , Fuqiang Zhu3,c 1,2,3 Room 313，Nth building，School of Aeronautic and Mechanical Engineering， Nanchang Hangkong University，NO.696, FengHe Road（south）， Nanchang city, Jiangxi Prov, China a niatwi@163.com, bhewen2009@gmail.com, czhufq868@sina.com Keywords: The junction line entering, High-temperature alloys, Surface conditions, Welding variables, Agitation force Abstract.
Its entering length have close relations with some factors such as surface conditions, welding variables and agitation force[3].
Therefore， these influence factors in the junction line entering are seriously considered in order to obtain reasonable solutions.
b DF l w 2 4 2 η π = （3） Where η is the coefficient related to the mechanical properties of materials 2 2 2 1 2 1 11 EE µµ η − − − = (4) µ1, µ2, E1, E2 are Poisson's ratio and Elongation Modulus of rolling disk and plank stuff respectively Contact area S should be larger than Smin=bl due to shunting action.
Conclusion This article has concerned several influence factors on the junction line entering for high temperature alloys in resistance seam welding.

Three factors are constituted for this.
Mechanical properties regulated in ASTM are shown in Table 1.
H., 1997, "Measurement of through-the-thickness variations of mechanical properties in SA508 Gr.3 pressure vessel steels using ball indentation test technique," Int.
V., 1995, "Determining the Mechanical Properties of Small Volumes of Material from Submicrometer Spherical Indentations," J.
M., 1996, "Influences of stress on the measurement of mechanical properties using nanoindentation: Part I.

Properties of Bulk Amorphous Iron Based Alloys The lack of crystallinity leads in case of iron based alloys to a remarkable ensemble of mechanical and magnetic properties.
The mechanical properties of the amorphous iron based alloys differ from the properties of crystalline alloys.
This fact affects negative the soft magnetic properties of the alloys.
Mechanical properties.
Compressive strength and hardness were measured for evaluating the mechanical properties.

Effects of Dynamic Ion Mixing Coating Condition for Fatigue Properties of Stainless Steel with TiN Film Satoshi Fukui1, a, Ri-ichi Murakami2 and Daisuke Yonekura2 1 Department of Mechanical Engineering, Takamatsu National College of Technology, Japan 2 Department of Mechanical Engineering, The University of Tokushima, Japan a fukui@takamatsu-nct.ac.jp Keywords: Fatigue; Stainless Steel; Coating; TiN; Dynamic Ion Mixing.
The chemical composition and monotonic tensile properties are shown in Table 1 and 2 [8].
Conclusions The effect of TiN film prepared by dynamic ion mixing process on fatigue properties of high strength stainless steel was investigated by using 4-point bending fatigue test
(2) In a range of stress intensity factor KImax < 20 MPa·m1/2, the deposition of TiN film accelerated the fatigue crack propagation rate. in a range of KImax > 20 MPa·m1/2, the TiN film hardly affected the crack propagate rate
Murakami: Stress Intensity Factors Handbook Soc.

Effects of Ozone Treatment on Wool Morphology and Mechanical Properties Jun Wang a, Fanggang Ningb, Weidong Yuc Textile colleague, Donghua University, Shanghai 201620, P.
The aim of this study was to investigate the ozone treating effects on wool scales and wool mechanical property through experiments and observation.
For this purpose, a detailed investigation on the role of mechanical properties surfacing topography, changes in component and membrane structure were investigated.
For the scales is the element factor for shrinking, so this study is of great significance to the work of shrinkproofing.
Results and discussion Effects on wool fabric mechanical property.

., Ltd Shaoxing, Zhejiang, 312000, China astructxing@163.com, bdlh@zcg.cn Keywords: PFST; mechanical properties; hoop coefficient; slenderness ratio; experimental studies Abstract: The main purpose of this paper is to research the mechanical properties of polyurethane filled steel tube PFST members with different hoop coefficients and slenderness ratios under axial compression by experimental studies.
Introduction With the development of materials, polyurethane as a new kind of high-performance material with its superior mechanical properties is widely used in marine engineering and civil engineering.
Influences of hoop coefficient and slenderness ratio on mechanical properties of members and the present conditions have been considered, all physical parameters of specimens are shown in Table 1.
Influence factors 4.3.1.
Slenderness ratio’s influence on properties of members.

Mechanical properties especially impact toughness values were increased due to significant reduction in the tool wear.
The peak of temperature of stir zone is major factor which decides the phase transformation and subsequent properties of the joints.
This has significant effect on the tool life of developed tools and subsequent properties of the weld quality.
Further study is required on the correlation of metallurgical characterization and mechanical properties of induction heat assisted frictions stir welding of stainless steels.
Fujii, Microstructure and mechanical properties of S45C steel prepared by laser-assisted friction stir welding, Materials & Design. 47 (2013) 842-849

Thermoelectric Properties of Spray Coated n-Type PEDOT:PSS Film Cyril O.
The tunning of the electrical properties of PEDOT:PSS can be achieved by solvent treatment.
It causes swelling of the polymer matrix, which could negatively affect PEDOT:PSS properties [11].
Karaman [13] reported the TE properties of PEDOT:PSS using BPO4 dopant.
Karaman [14] reported the TE properties of PEDOT:PSS/TiS2.

The manufactured part is influenced by a number of factors such as method, material, and process parameters.
Voids are defects in the structure of components that modify their overall mechanical properties [12].
Nozzle temperature is one of the significant factors that affect the mechanical and other properties of PEEK [15,16,17].
“Mechanical properties of fused filament fabricated PEEK for biomedical applications depending on additive manufacturing parameters”.
Effects of printing parameters of fused deposition modeling on mechanical properties, surface quality, and microstructure of PEEK.

The results indicate that plasma sintered porous BCP bioceramics have better mechanical properties and may also have better biological properties.
Maintenance of porous structure may be one of the affecting factors in ceramic-induced osteogenesis [5].
If the sintering parameters are optimized, the mechanical properties can increase with increasing sintered densities.
The results indicate that plasma sintered porous BCP bioceramics have better mechanical properties and may also have better biological properties.
The surface of samples that underwent a simulated inflammation procedure is smoother and the amount of bone-like apatite formed on them is less than that formed on samples immersed in normal SBF all the time, which may indicate that the light acid in an inflammation response would be one of the factors affecting the bone reconstruction when Ca-P bioceramics implanted in living body.