With a rapid growth in the global population, the modern world is undergoing a rapid expansion of residential areas, especially in urban centres. This continuously demands for increased general services and basic amenities, ...

Practical combustion systems such as gas turbine combustors, rocket engines, industrial furnaces, and boilers are essentially thermoacoustic oscillators involving acoustic energy amplification through feedback interaction ...

An efficient analytical model to design wideband microstrip spurline band-stop filter (BSF) is proposed. The geometrical parameters of the BSFs are optimized using simulation for the entire range of the desired operating ...

Simultaneous measurement of neural bio-potentials from a large number of neurons is finding applications in a diverse range of areas such as healthcare and brain-machine interfacing. Neural amplifiers used for these ...

Barker coded independent component thermography (BCICT) approach known for exploiting the pulse compression properties with independent component analysis method was used to examine a mild steel sample with drilled ...

Described herein is an alternative synthetic approach for conjugated indeno[2,1-c]fluorene, including the experimental and theoretical investigations of a tetraradicaloid s-indaceno[2,1-c:6,5-c0 ] difluorene that belongs ...

This manuscript inspects the dynamic characteristics of a standard spur gear considering the effect of gear root crack and crack at pitch circle. Cracked gear pair is modeled through extended finite element method with ...

This paper proposes an epistemological interpretation of Margaret Atwood’s MaddAddam (2013). Set in a post-anthropocene world, Atwood’s biopunk work indicates the rise of posthumanism after the “Waterless Flood” that ...

In this paper, we study intralayer synchronization of multiplex networks where nodes in each layer interact through diverse types of coupling functions associated with different time-varying network topologies, referred ...

The effect of pulsatile flow on the momentum and heat transfer characteristics for a sphere in power-law fluids is investigated numerically otherwise in the steady regime. Extensive results are presented in terms of ...