By Tomoko Sano, T. S. Srivatsan
The papers during this quantity hide a wide spectrum of subject matters that symbolize the actually varied nature of the sector of composite fabrics. in recent times, composite fabrics have grown in energy, stature, and importance to develop into a key fabric of better clinical curiosity and resultant learn into knowing their habit for choice and secure use in a large spectrum of technology-related purposes. This assortment provides study and findings correct to the newest advances in composites fabrics, in particular their use in aerospace, maritime, or even land purposes. The editors have made each attempt to collect authors who positioned forth contemporary advances of their learn whereas at the same time either elaborating on and thereby bettering our triumphing figuring out of the salient facets concerning the technological know-how, engineering, and far-reaching technological purposes of composite materials.
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Additional info for Advanced Composites for Aerospace, Marine, and Land Applications II
J. Maier, T. Lampke: Microstructural evolution in the bonding zones of co-extruded aluminium/titanium. Journal of Materials Science, Volume 49, Issue 6 (2014), pp. 2442-2455, 5. ; Stelling, Ο. Characterisation of the bonding zone of co-extruded aluminium-titanium compounds Materials Science and Engineering Technology 43 (2012) 4, S. ; von Hehl, Α. Determination of local material properties of laser beam welded aluminium-steel and aluminium- titanium compounds Materials Science and Engineering Technology 43 (2012) 4, S.
The specimens were taken longitudinally to the extrusion direction. In Figure 4 and Figure 5 the interfaces of the sample produced with an extrusion ratio of 20 are displayed. There was no gap detected between the joining partners. Due to the high extrusion ratio and the resulting pressure on the interface the titanium surface shows a flaky structure, which suggests an enhancement of the 32 mechanical interlocking. However, due to the huge local deformation micro-cracks can be sporadically detected in the titanium surface, see Figure 5.
4] R. D. thesis, The Ohio State University, Columbus, OH (2012).  R. Hahnlen, M. Dapino, NiTi-Al Interface Strength in Ultrasonic Additive Manufacturing Composites, Composites Part B: Engineering 59 (2014) 101-108.  A. Hehr, M. Dapino, Interfacial Shear Strength Estimates of NiTi - Al Matrix Composites Fabricated via Ultrasonic Additive Manufacturing, Composites Part B: Engineering In Review.  R. Hahnlen, M. J. Dapino, Stress-Induced Tuning of Ultrasonic Additive Manufacturing, in: Proceedings of SPIE Vol 8342, San Diego, CA, 2012.