Analyses and modeling of laminar flow in pipes using numerical approach

Subjects: “…Numerical Modeling and Analyses…”

Numerical simulation of thermoelastic contact problem of disc brake with frictional heat generation

Numerical modelling of thermal distribution control in a furnace

Numerical analysis of shell and tube heat exchanger with convex-cut baffles

Numerical modelling of effect of baffle orientation offset on shell-and-tube heat exchanger performance

Numerical analysis of thermo-elastic contact problem of disc brakes for vehicle on gradient surfaces

Comparison analyses of different models used to determine soil thermal conductivity and diffusivity at nimex site, Ibadan

Modeling the epidemiology and the transmission dynamics of HIV/AIDS in a heterosexual population: basic models and analysis of local stability

The role of ethnicity on pain perception in labour among parturients at the University College Hospital

Numerical investigation of forces and acceleration for air-sea unmanned aerial vehicle in transition

Numerical and experimental investigation on performance of convex-cut baffles in shell-and tube heat exchanger

Numerical study of the effect of changing tube pitches on heat and flow characteristics from tube bundles in cross flow

Development of software algorithm for energy modeling and forecasting

In this work, three models are used to analyze the electric load capacity of a fast growing urban city and to estimate its future consumption. Ikorodu, the case-study location is a highly populated city whose energy demand is continuously increasing. The ultimate focus of this study is to establish a basis for the comparison of different electric load consumption for the existing populace and to provide estimates for the future planning of the city. In this work, three different models have been used to present more accurate load predictions and to enhance proper comparison of results. Among numerous mathematical and scientific models that are applicable to this kind of task, the compound-growth method, the linear model approach and the cubic model have been chosen to enhance diversity in load analysis....

MODELING OF A THIN-LIQUID FALLING-FILM IN ABSORPTION COOLING SYSTEMS