List of Articles Nano-Composite

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  1 - Investigation on Failure Loads and Failure Modes for Two Parallel Pin-Loaded Holes Made from Unidirectional Glass-Epoxy Nanoclay Laminates
  sajjad dehghanpour keivan hosseini safari Farzan Barati Mohammadmahdi Attar
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  2 - Temperature Effect on Mechanical Properties of Top Neck Mollusk Shells Nano-Composite by Molecular Dynamics Simulations and Nano-Indentation Experiments
  A Nouroozi Masir A Darvizeh A Zajkani
  10.22034/jsm.2019.668662
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  3 - Effect of Follower Force on Vibration Frequency of Magneto-Strictive-Faced Sandwich Plate with CNTR Composite Core
  M.R Ghorbanpour Arani Z Khoddami Maraghi
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  4 - Optimizing Surface Roughness of Nylon6/CaCO3 Nano-Composites Using Harmony Search Algorithm
  Shahab Mohammadi Reza Farshbaf Zinati MohammadReza Razfar
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  5 - An investigation on Al6061/TiB2 nano composites production through Mechanical Alloying route and their corrosion behavior
  Iman ebrahimzadeh Farhad Gharavi G.H. Borhain
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  6 - Nonlinear bucking analysis of Polystyrene, Polyvinyl chloride, and Polypropylene cylindrical nano-composite shells reinforced by carbon nanotubes based on micro-mechanics and finite element methods
  Reza Hosseini-Ara Mohsen Akbari
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  7 - Nickel-cobalt matrix reinforced with silicon oxide nanoparticles nanocomposte coating prepared by direct current electrochemical deposition method
  سیاوش ایمانیان علی شکوه فر حامد بخشی
  Nano-composite coating of Ni-Co/SiO2 is produced by the direct current electrochemical deposition method on the steel substrate. The analyze of X-ray diffraction (XRD) and field emission scanning electron microscope (FE-SEM) are prepared by a nickel-cobalt alloy coating More

  Nano-composite coating of Ni-Co/SiO2 is produced by the direct current electrochemical deposition method on the steel substrate. The analyze of X-ray diffraction (XRD) and field emission scanning electron microscope (FE-SEM) are prepared by a nickel-cobalt alloy coatings and Nano-composite coating of  Ni-Co / SiO2 that the electrochemical condition were the same in all of them and their grain size and their surface morphology were compared and analyzed. The grain size of Nano-composite coating was less than the alloy coating and surface morphology of the Nano-composite coating was finer and smoother than the alloy coating. The hardness of Nano-composite coating was more than alloy coating. If the electrolyte temperature be 50 degrees Celsius, then the Nano-composite coating of Ni-Co/SiO2 will have the maximum hardness. Adding surfactant to the electrolyte prevents agglomeration of nanoparticles and thus, increases the amount of particles in the coating and the micro-hardness of the Nano-composite coating of Ni-Co/SiO2.The effect of SDS was more than CTAB for the produced coating and the most optimal value for the SDS concentration in the electrolyte was 0.3 grams per liter. Manuscript profile
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  8 - Evaluation of wear properties of Al7075/SiC-BN hybrid nano-composite surface layer produced by friction stir processing
  Mahmoud Soleymani Seyed Farshid Kashani Bozorg AliMohamad Hadian
  Friction stir processing technique was carried out to produce a 7075Al/SiC-BN hybrid nano-composite surface layer on 7075 Al substrate in order to improve hardness and wear resistance. Equal weight ratios of micron-sized SiC and nano-sized BN powder were placed in a gro More

  Friction stir processing technique was carried out to produce a 7075Al/SiC-BN hybrid nano-composite surface layer on 7075 Al substrate in order to improve hardness and wear resistance. Equal weight ratios of micron-sized SiC and nano-sized BN powder were placed in a groove in the front side of the rotating and advancing tool. In order to achieve homogeneity, five additional passes were carried out. Microscopic investigations showed near uniform distribution of the particles in a matrix of ultra-fine Al grains of less than 1mm. The micro hardness and wear resistance of the friction stir processed substrate (without introduction of SiC and BN powder) and fabricated 7075Al/SiC-BN hybrid nano-composite layer were found to be markedly lower than those of the as–received 7075Al-T6 due to dissolution of 7075Al-precipitates during thermo-mechanical regime of the process. However, these were found to increase to about one third over those of the as-received 7075Al-T6 substrate after subsequent T6 heat treatment of the fabricated hybrid nano-composite layer. Such treatment was associated with the formation of intermetallic-based precipitates. Manuscript profile
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  9 - Investigation and optimization of the effect of input parameters on output parameters of electrical discharge machining of A356 nano-composite reinforced by SiC
  Amir Rahmani Ali Mokhtarian Mojtaba Rahimi
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