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Experimental Study on Solar Cooker Using Phase Change Materials B.Kanimozhi1, a,*, Kumar Sanandharya2,b Sumit Anand3, c, Sandeep Kumar4.d 1Faculty of Mechanical Engineering, Sathyabama University, Chennai-119.India 2, 3 Students - Sathyabama University Chennai-119.India akanihwre@yahoo.com,csumeetanadhijack@gmail.com,dsanbecki@gmail.com Key word: solar cooker, coconut oil, concentrating lens, phase change materials.
S.D Sharma and K Sagara [8] has done cooking experiment using Evacuated Tube Solar Cooker (ETSC) with PCM storage unit and it is found that phase change materials(PCMs) are more effective.
Prabhu P.A et al. [10] has done research and studied various phase change materials found it appropriate for thermal energy application.
Phase Change Materials PCM can be stored large amount heat in smaller volume in size.
Prabhu P.A, S.S Nandwani,N Barman, Journal of Engineering Science and Technology, Volume 4,2009 [11].

a) titanium alloy b) mild shell c) Cu Fig.12 Perforated holes in multi-layer by the different liner materials Table 1 presents the sizes of perforated hole in experiment and numerical simulation.
Ordnance Material Science and Engineering. 30(5).2007,82-86
Progress in Materials and Processing Technology of Powder Liners[J].
Chinese Journal of Energetic Material.15(5)2007.556-559 [3] Baker E.L, Barnie.
International Journal of Impact Engineering (2008).2007.12.010 [7] Luccioni B et al.

The densification route of repeating infiltration and heat treatment with sols as raw materials is feasible.
Experimental Procedure Raw materials.
Preparation of materials.
Gnanam, Low temperature pressureless sintering of sol-gel derived mullite, Materials Science and Engineering A264 (1999) 254-261
Zhang, et al., Effect of carbon fiber pre-heat-treatment on the microstructure and properties of Cf/SiC composites, Material Science and Engineering A433 (6) (2006) 104-107.

It has been used widely in electrical engineering, computer science, engineering economics, social science, business applications (for example, modeling increasingly complex inventory and logistics systems) and biology, where it has increasingly proven to be a powerful tool in systems ecology and in enabling understanding of complex metabolic pathways and processes (Chen, 1990; Song, 2005; Heyman, 2006).
About the Journal of Asian Architecture and Building Engineering (JAABE) Journal of Asian Architecture and Building Engineering is a refereed international open access online journal, serving researchers in academic and research organizations and all practitioners in the building sector.
The global environment, architectural planning and design, project management, structural engineering, structural mechanics, building materials, environmental engineering, information technology, and other fields related to built-environment are included in this journal.
Journal of the American Society for Information Science and Technology, 51(2), 145-157
“Making connections,” Science 313: 604-606

Nakawaga, Recent trends in sheet metals and their formability in manufacturing automotive panels, Journal of Materials Processing Technology, Volume 46 (1994), 455-487 [2] M.
Ivanov, Profiling of Rollers for Thread Rolling, Journal of Materials Processing Technology, Volume 59 (1996), 333-336 [4] S.
Kurimoto, Press formability of stainless steel and aluminum clad sheet, Journal of Materials Processing Technology, Volume 56 (1996), 242-253 [6] M.
Ma, 3D FEM analysis of influence of roller feed rate on forming force quality of cone spinning, Journal of Materials Processing Technology, Volume 187-188 (2007), 486-491 [7] H.
Ebihara, Optimization of the distribution of wall thickness in the multistage sheet metal forming of wheel disks, Journal of Materials Processing Technology, Volume 125-126 (2002), 792-797

Qiu: Journal of Magnetism and Magnetic Materials, Vol. 324 (2012) No.16, p.2528
Zeng: Materials Review, Vol. 17 (2013), p.74
Wei and et al: Journal of Inorganic Materials, Vol. 23 (2008) No.1, p.23
Li:Journal of Jilin Normal University (NATURAL SCIENCE EDITION), Vol. 4 (2009), p.34
[15] Zeng Q, Baker I, Cui J B and Yan Z C: Journal of Magnetism and Magnetic Materials, Vol. 308 (2007), p.214.

Oh, Crack Band Theory for Fracture of Concrete, Materials and Structures 16 (1983) 155-177
Sadouki, Simulation and Analysis of Composite Structures, Materials Science and Engineering 68 (1984) 239-248
Roelfstra, Numerical Analysis and Simulation of Crack Formation in Composite Materials such as Concrete, Fracture of Non-Metallic Materials (1987) 358-384
Wittmann, Le Beton Numerique, Materials and Structures 107 (1985)
Van Mier, Simple Lattice Model for Numerical Simulation of Fracture of Concrete Materials and Structures, Materials and Structures 25 (1992) 534-542

Oxidation Process of FeNi42Cr6 Alloy Array Materials Geng Zhiting 1, Zhang Rong 2 and Ma Jusheng 1 1 Department of Materials Science & Engineering of Tsinghua University, Beijing100084, China 2 Metallurgy Acandademe of Beijing Shou Gang, Beijing100085, China Keywords: Array material, Oxide film, High temperature oxidation Abstract.
In this paper, the oxidation process of the VFD array material in wet hydrogen at high temperature was studied.
Experimental Procedure The test was carried out using the FeNi42Cr6 alloy material.
An: Journal of Tsinghua University Vol. 36 No. 4 (1996), pp. 60
Tang, et al.: Journal of Functional Materials Vol. 25 (1995), pp. 5

Conductive and Radiative Heat Transfer in Foam Materials at High Temperatures J.E.
Jackson: Materials Science Engineering, Vol.
Zhao, et al: Journal of Material Science, Vol. 41 (2006), p. 2309 [9] D.
Baillis: Advanced Engineering Materials, Vol. 10 (2008), p. 323 [14] S.
Gregorová: New Developments in Materials Science Research (Nova Science Publishers, New York, 2007)

Materials and Methods A plate (70×70×3) mm mold was fabricated as shown in Fig. 1.
Inoue, Flexural Properties and Impact Strength of Denture Base Polymer Reinforced With Woven Glass Fibers, Dental Materials Journal. 16, (2000) 150-158
[31] D.William Callister, Jr. and G.David Rethwisch, Materials Science and Engineering an Introduction, eighth edition, 2009
Nanoelectronics and Materials 9 (2016) 93-102 [39] A.
Scian, Thermal treatment of kaolin: effect on the pozzolanic activity, Procedia Materials Science. 1, (2012) 343 – 350