Materials engineering topic list of research papers
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Enhancing buckling capacity of a rectangular plate under uniaxial compression by utilizing an auxetic material
Abstract Auxetic materials have previously been shown to enhance various performances due to its unusual property of becoming fatter when uniaxially stretched and thinner when uniaxially compressed (i.e., the materials exhibit a negative Poisson’s...
2016 / Yongcun Zhang, Xiaobin Li, Shutian Liu -
Super-paramagnetic core-shell material with tunable magnetic behavior by regulating electron transfer efficiency and structure stability of the shell
Abstract In this work, a spherical nano core-shell material was constructed by encapsulating Fe3O4 microsphere into conductive polymer-metal composite shell. The Fe3O4 microspheres were fabricated by assembling large amounts of Fe3O4 nano-crystals,...
2016 / Wenyan Zhang, Jiahua Chen, Wei Wang, Lingyun Hao, Yaru Ni, et al. -
Fatigue Behaviour of Composite T-Joints in Wind Turbine Blade Applications2016 / Y. Wang, C. Soutis
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Investigation of Chip Formation and Surface Integrity when Micro-cutting cp-Titanium with Ultra-fine Grain Cemented Carbide
Abstract The microstructuring of component surfaces via micro-cutting processes (e.g. micro milling) are adequate techniques for tribological or medical applications. Compared to conventional cutting processes, size effects influencing the chip...
2016 / F. Schneider, R. Bischof, B. Kirsch, C. Kuhn, R. Müller, et al. -
Criteria for Optimal Strengthening of Bar Flange with I-type Cross-section with Stability Constraints on the Value of the First Natural Frequency
Abstract Previously, the minimum criteria for material consumption projected and amplified rods were formulated under various constraints and types of cross-sections. In particular, the criteria of optimal design of bars with I-type cross-section...
2016 / Leonid S. Lyakhovich, Anatoly P. Malinovsky, Boris A. Tukhfatullin -
New Approach to Multi-material Processing in Selective Laser Melting
Abstract New method and SLM machine for 3D multi-material parts production has been elaborated. SLM machine concept and concept of the build platform cleaning system is presented and discussed. New optical monitoring system has been elaborate....
2016 / Yuri Chivel -
Ammonia sensor and antibacterial activities of green zinc oxide nanoparticles
Abstract Zinc oxide nanoparticles was synthesized by alginate (A) through a rapid and a facile step in the aqueous solution condition at room temperature. Fabrication of zinc oxide nanoparticles was characterized by ATR-FTIR, TEM and XRD. ATR-FTIR...
2016 / S. Khaleel Basha, K. Vijaya Lakshmi, V. Sugantha Kumari -
Controlled Forming of Machine Components Operating Characteristics
Abstract The main task of machine production is assuring their operating quality, directly depending on components operating characteristics. Characteristics, assuring the components performing set functions under set operating conditions and...
2016 / A.S. Vasiliev -
Improved Simulation of Wave Loads on Offshore Structures in Integral Design Load Case Simulations
Abstract Several wind turbine simulation packages use reduced models for computationally efficient load case simulations of offshore wind turbines. These models capture the global wind turbine behaviour, where the support structure behaviour is...
2016 / M.J. de Ruiter, T.J.J. van der Zee -
MVL-based Test Access Mechanism for Big Data Interface
Abstract As the complexity of semiconductors grows rapidly, the volume of test data for them also increases enormously. Multi-Valued Logic(MVL) is one of solutions to meet test economics. MVL-based ATE can transmit several test data bits...
2016 / Jin-Ho Ahn, Hoyeon Lee, Yeon Hee Kim -
Quantitative Study of the Impact of Biaxial Test Protocols on the Derived Material Parameters for a PVC Coated Polyester Fabric
Abstract Fabrics have been used in tensile surface structures for over 50 years. Their unique properties, such as their high flexibility and low self-weight, make that these materials can be used in very efficient and architecturally unique...
2016 / Maarten Van Craenenbroeck, Silke Puystiens, Lars De Laet, Danny Van Hemelrijck, Marijke Mollaert -
Biotechnology as a therapeutic strategy2016 / Gloria M. Vásquez
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Experimental study on stress corrosion crack propagation rate of FV520B in carbon dioxide and hydrogen sulfide solution
Abstract FV520B steel is a kind of precipitation hardening Martensitic stainless steel, it has high-strength, good plasticity and good corrosion resistance. Stress corrosion cracking (SCC) is one of the main corrosion failure mode for FV520B in...
2016 / Ming Qin, Jianfeng Li, Songying Chen, Yanpeng Qu -
Experimental Study on Micro Hole Drilling Using Ultrashort Pulse Laser Radiation
Abstract This paper discusses latest results obtained in micro hole percussion drilling in stainless steel. In the investigations a femtosecond laser source was used emitting 220 fs pulses at 1.03μm wavelength, whereas the spot size amounted to...
2016 / Andreas Gruner, Joerg Schille, Udo Loeschner -
Laser re-melting of tungsten damaged by transient heat loads
Abstract In the current study, a solid state disc laser with a wavelength of 1030nm and maximum power of 5.3kW was used to melt the surface of pure tungsten samples (manufactured according to ITER specifications by Plansee SE). Several combinations...
2016 / Th. Loewenhoff, J. Linke, J. Matějíček, M. Rasinski, M. Vostřák, et al. -
Supermodeling in Simulation of Melanoma Progression
Abstract Supermodeling is an interesting and non-standard concept used recently for simulation of complex and non-linear systems such as climate and weather dynamics. It consists in coupling of a few “imperfect” sub-models to create the “superior”...
2016 / W. Dzwinel, A. Kłusek, O.V. Vasilyev -
Effects of hydrogen pressure, test frequency and test temperature on fatigue crack growth properties of low-carbon steel in gaseous hydrogen
Abstract Fatigue crack growth (FCG) tests for compact tension (CT) specimens of an annealed, low-carbon steel, JIS-SM490B were performed under various combinations of hydrogen pressures ranging from 0.1 to 90 MPa, test frequencies from 0.001 to 10...
2016 / Junichiro Yamabe, Michio Yoshikawa, Hisao Matsunaga, Saburo Matsuoka -
Computational and experimental study of an irradiation rig with a fuel heater for the BOR-60 reactor
Abstract Advanced core materials and components for nuclear reactors of a new generation are tested in the BOR-60 reactor. A novel irradiation rig (IR) with a fuel heater is used for high-temperature tests of material samples. The irradiation rig...
2016 / A.V. Varivtsev, I.Yu. Zhemkov, A.V. Boev, O.V. Ishunina, Yu.V. Naboyshchikov, et al. -
Effect of Squeeze Film Damping and AC Actuation Voltage on Pull-in Phenomenon of Electrostatically Actuated Microswitch
Abstract The effect of squeeze air-film and AC actuation voltage on dynamic stability of microswitch actuated electrostatically has been investigated in squeeze film domain. The dynamics of the device has been developed considering the load arising...
2016 / C. Sri Harsha, C.S.R. Prasanth, Barun Pratiher -
Automated Detection of Faults in Wastewater Pipes from CCTV Footage by Using Random Forests
Abstract Sewer systems require regular inspection in order to ensure their satisfactory condition. As most sewer networks consist of pipes too small for engineers to traverse, CCTV footage is used to record the interior of these pipes. This footage...
2016 / Joshua Myrans, Zoran Kapelan, Richard Everson