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Q235b steel has been chosen as the structural material.
Fig.1 The shape of the beam-end with expanded flange Fig.2 Steel frame specimen Material Property Test.
Acknowledgements This work was financially supported by National the Natural Science Foundation of China (50778092).
H.: Journal of Constructional Steel Research, Vol. 62(8)(2006): p. 793-801
PEER 2000/07, Pacific Earthquake Engineering Research Center, Univ. of California at Berkeley, Berkeley, Calif.(2000) [6] Chen Jie, Su Mingzhou, Shen Lin, etc.: Journal of Building Structures, Vol. 28(3)(2007), p. 1-7 [7] Wang Yan, Feng Shuang, Wang Yutian, atc.: Journal of Building Structures.

Nowadays, the electrode materials that determine the performance of EDLC have been a highlighting research area.
The prepared electrodes contained about 10 mg carbon materials.
Li: Materials Letters Vol. 65 (2011) p.49
Yang: Materials Chemistry and Physics Vol. 124 (2010) p. 504
Stucky: Science Vol. 279 (1998), p.548.

The FE approach is applicable for an arbitrary geometry and it is convenient for multi-physics simulations in complex anisotropic materials.
Chaskelis, R.Mignogna, Connection Machine Simulation of Ultrasonic Wave Propagation in Materials, The One-Dimensional Case, Wave Motion,16(1) (1992) 65–80
[15] P.Delsanto, T.Whitcombe, H.H Chaskelis, R.Mignogna, 1994, Connection Machine Simulation of Ultrasonic Wave Propagation in Materials.
Schechte, R.Mignogna, Connection Machine Simulation of Ultrasonic Wave Propagation in Materials.
J.Staszewski, Modelling of Lamb Waves for Damage Detection in Metallic Structures; Part I: Wave Propagation, Smart Materials and Structures, Smart Mater.

Materials and Design 31 (2010) 1284–1292 [2] YONGSHENG LIAN.
Journal of Experiments in Fluid M echanics.
Non-linear constitutive relations for piezoceramic materials.
Smart Materials and Structure 1992:80–3
A one-dimensional model for non-linear behavior of piezoelectric composite materials.

Methods and Materials Two different matrix alloys were used in this research, aluminum casting alloy A356 and zinc die casting alloy AC43A.
Gupta: Materials Science and Engineering A Vol. 392 (2005), p.163-168
Li: Materials Science and Engineering A Vol. 380 (2004), p.378-383
Hunt: Journal of Crystal Growth Vol. 191 (1998), p.558-62
Quested: Materials Science and Technology Vol. 20 (2004), p.1357-69

De Cooman, Structure-properties relationship in TRIP steels containing carbide-free bainite, Current Opinion in Solid State and Materials Science. 8 (2004) 285–303
[2] E.V Pereloma, I.B Timokhina, P.D Hodgson, Transformation Behaviour in Thermomechanically Processed C–Mn–Si TRIP Steels with and without Nb, Materials Science and Engineering.
[5] L Li et al., Effect of Aluminum and Silicon on Transformation Induced Plasticity of the TRIP Steel, Journal of Materials Science & Technology. 20, 2 (2004) 135–38
[6] Tanmay Bhattacharyya et al., Development and Characterisation of C-Mn-Al-Si-Nb TRIP Aided Steel, Materials Science and Engineering A. 528, 6 (2011) 2394–2400
Mašek, Continuous Cooling of CMnSi TRIP Steel, Materials Today: Proceedings. 2 (2015) S677–80.

However, in contrast to conventional steel alloys, there exist little design and manufacturing experience in the heavy fabrication industry with large welded structures made of titanium materials.
In contrast to conventional steel and aluminum alloys, there exist a series of design and fabrication issues in the manufacturing industry with welded structures made of titanium materials.
The current work used two titanium materials for the plate.
In order to establish the “stress-free” lattice parameter, d0, “comb” reference specimens were produced for both titanium materials.
DeCan, Engineering and production technology for lightweight ship structures, Part II: distortion mitigation technique and implementation, Journal of Ship Production, 23 (2007) 82-93 [3] G.

Morphological impact on the fatigue behaviour of short fibre reinforced polypropylene Martin Palmstingl1,a *, Thomas Koch2,b, Dietmar Salaberger3,c and Thomas Paier4,d 1,2Vienna University of Technology, Institute of Materials Science and Technology, Getreidemarkt 9, 1060 Vienna, Austria 3Upper Austrian University of Applied Sciences, Stelzhamerstraße 23, 4600 Wels, Austria 4ZIZALA Lichtsysteme GmbH, Scheibbser Straße 17, 3250 Wieselburg, Austria amartin.palmstingl@tuwien.ac.at, bthomas.koch@tuwien.ac.at, cdietmar.salaberger@fh-wels.at, dthomas.paier@zkw.at Keywords: fibre reinforced polypropylene, fatigue behaviour, morphology.
Experimental The investigated material was a polypropylene (PP) homo polymer with 30% short glass fibres and coupling agent.
Cheng, Prediction of fatigue resistance of short-fibre-reinforced polymers, International Journal of Fatigue Vol 31 (2009) 284-291
Quantitative measurements by image analysis, Composites Science and Technology 59 (1999) 547-560
Part I: automated, high-angular-resolution measurement by confocal microscopy, Composites Science and Technology 61 (2001) 1389-1400

Porous materials supported Pd or Pd-Ag inorganic composite membranes are focused on for hydrogen separation and purification due to their large H2 permeability, high H2 selectivity and low noble metal consumption.
This is because osmosis pressure is only related to the solute concentration but not related to the properties of solute and membrane materials and its introduction to the electroless plating process only change the mass transfer rate and direction of the metal ions but not the compositions of the metal alloy.
International Journal of Hydrogen Energy Vol. 35(2010), p.2328 [2] Kurt S.
Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms Vol.266(2008), p.3458 [4] Daejin Kim, Alexander Kellogg, Eric Livaich.
Membrane Science Vol.340(2009), p.109 [5] Kurt S.

The materials science research community is currently focussing on both improving traditional materials such as metals, ceramics, polymers and conventional composites, and developing innovative multi-functional nanostructured composite systems.
Colombo: Journal Europ.
Mukherjee: Nature Materials 2 1 (2003), 38-42 [40] G.D.
Guo: Materials Science and Engineering A357 (2003), 392396 [43] M.S.P.
Nature Materials 3 8 (2004), 539-544 [75] R.Z.Ma, J.