The present work focuses on flow inside a lid-driven cavity; main aim is to obtain the velocity
field in steady state condition using Navier-stoke equations. Navier-stoke equation has been …

Displays with high-strength, low-weight composites, improved electronics, and low energy
consumption, a wide range of physical sensors, multifunctional materials with embedded …

This chapter deals with the modelling of nanomaterial and nanocomposite mechanical and
thermal properties. Enrichment in the technology requires materials having higher thermal …

This chapter deals with the implementation of the SWOT analysis during the literature
survey. Implementation of SWOT analysis can help in identifying the strengths, weaknesses …

With the advancement of time and system miniaturisation, requirement of high thermal
capacity material is increasing. This problem can be served by nano-fluids as they have high …

Nanocomposites are defined as a combination of nanoparticles reinforced into the base
material. They are of very small sizes (1nm= 10-9m) and possesses higher thermal …

Nano-composites are the extensively used materials in the field of heat transfer and
automobile because of their higher mechanical properties compared to conventional …

Electronic devices release heat to the atmosphere from the walls, and system miniaturisation
results in exponential increase in the heat associated with these high-heat …

Flow circulation analysis is conducted in the present work inside a lid-driven cavity. To
analyze the flow circulation, Navier-Stokes (NS) equation is solved using FDTM (finite …

Innovation in nanofluids, electrochromics, photocatalysis and thermoelectrics is of immense
interest. Although these four areas of alternative energy have been studied extensively …