Apart from the Buongiorno concept, no study was published that sufficiently examined the
impact of nanoparticles on the extendable surface of the third-grade fluid prototype. The third …

This ongoing study is carried out to analyze the thermal performance with sensitivity study of
a mixed convective hexagonal heat exchanger containing TiO 2–H 2 O nanofluid. Magnetic …

The current research looks into magnetohydrodynamics Casson nanofluid flow and
suction/injection implications for a nonlinearly stretched interface. To improve heat transport …

The linear viscoelastic behavior of materials is represented using mechanical models of
choice, which are further utilized in different numerical investigations, such as finite element …

Background and objective Nanomaterial flows at present have received much attention of
the researchers. Such motivation stems for their utilization in pharmaceutical, industrial …

The Riga plate is the inventive magnetic mechanism created from assembly of arranged
constant magnets and alternate electrode through the plane surface. The inventive magnetic …

This theoretical work suggests a novel nonlinear thermal radiation and an applied magnetic
feature-based three-dimensional Casson nanomaterial flow. This flow is assumed in the …

High population density in major cities has led to compact designs of residential multi-story
buildings. Consequently, it is a natural choice of the architects to suggest the location of high …

Magnetohydrodynamic flow of nanomaterial by a stretched boundary is addressed. Entropy
generation is examined. Variable fluid characteristics are considered. Buongiorno thermal …

This Riga plate, which extends the configuration with permanent magnets and electrodes,
may induce a wall-parallel Lorentz force over the magnetic field and exterior electrics …