01Jan 2017

CHARACTERIZATION OF SOLIDUS STRUCTURES OF COMPOSITE MATERIALS.

  • ISCAS Institute of Solid State and Materials Science, Jammu University Campus, Jammu-180 006, India
Crossref Cited-by Linking logo

Abstract


Growth habits of composite materials from their respective molten states are established by scanning electron microscope and X-ray diffraction studies affirm composite alloys to be a terminal solidus solution of physically distinct and mechanical separable phases. Thermal stability of composite phases is ascertained using DSC. The solidification pattern of the individual constituent phases from the melt is comprehensively viewed and scanned after carefully studying the growth characteristics under scanning electron microscope (SEM). The microscopic observations reveal two types of growth habits of the homogeneous phases; one is edge-wise comprises of the round growth front lamellae distinctively termed nonfaceted lamellae and other is side-wise comprising of sharp growth front lamellae purposefully mentioned faceted lamellae. Evidentially, physical understanding of the single phase solidification predicts that the growth habits of combined constituent phases in binary, ternary and quaternary composite materials are discovered a composite of practically distinct and observable lamellae exploring three possible categories, namely nonfaceted-nonfaceted (nf-nf), faceted-faceted (f-f) and nonfaceted-faceted (nf-f).The classification of composite materials by growth of the lamellae of the homogenous phase in combination, verifies the J. D. Hunt and K. A. Jackson hypothesis.


References


  1. Arun K Sharma, Parshotam lal, B K Gandotra, R Kant, B L Sharma (2012 ): J Res Sch Lib, Anisotropic Mechanical Parameters Microscopic, Thermal? and XRD Studies of Ternary Eutectic Composite Phases Sn-Pb-Cd, Appl. Sci. Res., 4, 111-127.
  2. B L Sharma (2004): J. Alloys Compd., 385 74
  3. Boeing 787 Dreamliner Long-Range, Mid-size Airliner, USA. (2010):Aerospace-Technology.com Net Resources International.
  4. B L Sharma (2003): Mater. Chem. Phys. 78 691.
  5. B L Sharma, Parshotam Lal (2011): Growth Reinforcing Composite Materials from Liquidus Phases: Mechanical and Microstructural Parameters? Relationship Essentially Evincing the Predominance of an Akin Mass Composite over the Domain of Composition, Metal, Ceramic and Polymeric Composite for Various uses, John Cuppolettic (Ed.) ISBN: 1978-953-307-353-8 In Tech
  6. B L Sharma, Parshotam Lal, Monika Sharma, Arun Kumar Sharma (2011): Thermoanalysis of Binary Condensed Eutectic Phases Evincing Molecular Interaction. Therm Anal. Calorim DOI 10-1007/S/0973-011-1673-8
  7. B L Sharma, R Jamwal, R Kant(2004): Cryst. Res. Technol. 39 454.
  8. B L Sharma, S Tandon, S Gupta (2009): Cryst. Res. Technol., 44, 258-268.
  9. B L Sharma, S Gupta, S Tandon, R Kant(2008): Mater Chem. Phys., 111 423-430
  10. D Hull, TW Clyne (1996): An Introduction to Composite Materials: 2nd edition .
  11. D Hull, TW Clyn (2008): An Introduction to Composite Materials: IIInd edition (Cambridge University Press,
  12. D Hull (1985): An introduction to composite Materials, Cambridge University Press, Cambridge.
  13. DR Lide (2009): CRC Handbook of Chemistry and Physics, A Ready-Reference Book of Chemical and Physical Data 90th CRC Press, London.
  14. G R, VD Bhandankkav, BM, Suryvansh (2012): J Sch Res Lib, Ultrasonic Study of Molecular Interactions in Binary Mixture at 308K 1-4
  15. J D Hunt, K A Jackson (1966), Trans. AIME 236, 843
  16. Parshotam Lal , B L Sharma (2012): J Sch Res Lib, Thermostability, Alloying ability, Growth Habits and Micromechanical Parameters of Aluminium Rich Al-Cd-Sn Composite Alloys Appl. Sci. Res., 5 .
  17. Parshotam lal (2014): J Sch Res Lib, Characterization of Binary Composites by X-ray, Thermal and Microscopic studies Appl. Sci. Res., 1.
  18. Parshotam Lal, Shallu Abrol, BL Sharma (2012): J Sch Res Lib, Essence of Mechanical Properties from Variable Growth Habits? of? Binary, Ternary and Quaternary Aluminium Rich Alloys, Appl. Sci. Res. 2012, 5 .
  19. R Caram, M Banan, WR Wilcox (1991): Cryst. Growth, 114, 249 .
  20. R Caram, S Chandrasekhar, WR Wilcox (1990): Cryst. Growth,106, 294.
  21. R Caram, WR Wilcox (1992): Mater. Process, Manuf. Sci. 1, 5
  22. R Josephine Usha, J Arul Martinmani, P Sagayaraj, V Joseph (2012): J Sch Res Lib, Synthesis, Growth, Optical, Mechanical ,Thermal and Surface Studies of Ligand Base Single Crystal of Tri-allythisurea Cadium Chloride 1545-1552 20
  23. T Thaila and S Kumarraman (2012): J Sch Res Lib, Growth and Characterization of Glycine Magnesium Chloride Single Crystal 1494-1501
  24. V Renganaki, D Syamala, R Sathyamoorthy (2012): J Sch Res Lib, Growth, Structural, and Spectral Studies on Pure and Doped Ammonium (1453-1461
  25. W Albers, in: H Muller (1972): (Ed.), Preparative Methods of Solid State Chemistry, Academic Press, New York
  26. W D Callister, G David Rethwisch(1972):Composites: Polymer-Matrix composites. Fundamentals of Materials Science and Engineering, 3rd Hoboken, NJ: Wiley (2008).
  27. WD Callister (2004): Jr., Materials Science and Engineering: An introduction, John Wiley & Sons, Inc

Cite This Article as:


[Parshotam Lal. (2017); CHARACTERIZATION OF SOLIDUS STRUCTURES OF COMPOSITE MATERIALS. Int. J. of Adv. Res. 5 (1). 57-65] (ISSN 2320-5407). www.journalijar.com


DOI:


Article DOI: 10.21474/IJAR01/2720       DOI URL: http://dx.doi.org/10.21474/IJAR01/2720


Share this article