Thermo-physical Behavior of Nanomaterials with the Change in Size and Shape

Thermo elastic properties of nanomaterials has been very interesting among the researchers during last decade, still it is a great challenge to predict exact thermoelastic behaviour nanomaterials. In present work we have studied volume thermal expansion coefficient low dimensional solid and variation Young’s modulus with change in temperature for different shapes by considering effect packing factor. We computed Silver (Ag), Aluminum (Al), Copper (Cu), Lead (Pb) their varying size. The on Gold (Au), Nickel (Ni), (Cu) Silicon (Si) also studied. results are compared available experimental data which confirms that increases reduction size It observed linear decrement increase indicates negative coefficient.