Numerical Study Probes Heat Losses in Hybrid Nanofluid Flow Over a Stretching Cylinder
A numerical simulation study analyses thermodynamic irreversibility in a Jeffery hybrid nanofluid flowing over an inclined porous stretching cylinder.
Reid Dalton is a Scienmag editorial specialist profile for Applied Mathematics coverage.
A numerical simulation study analyses thermodynamic irreversibility in a Jeffery hybrid nanofluid flowing over an inclined porous stretching cylinder.
A discrete-time model with delayed weak-Allee recruitment and constant harvesting yields explicit collapse thresholds, bifurcation boundaries and locally stabilising feedback...
The study, published in Discover Physics, reduces the complicated fluid dynamics of such a cloud to a coupled pair of...
A new open-access study derives an exact two-dimensional map for a conformable fractional-order logistic model with delay, characterizes a supercritical...
A new mathematical modeling study proposes using catastrophe control theory and a washout filter to delay aphid outbreaks or stabilize...
A new open access paper proves existence and uniqueness of positive solutions for singular fractional differential equations with integral boundary...
A PLOS Complex Systems opinion article argues that AI embedded in complex systems needs meta-cognitive abilities to detect when its...
Physicists have directly imaged how like charges arrange themselves on a sphere, experimentally visualizing the Thomson problem first posed in...
A UC Davis-led study finds that with only eight Senate election cycles since 2010, modelers cannot pin down how strongly...
A mathematical model of drug addiction suggests that increasing media awareness or reducing relapse helps control the spread of drugs,...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine