The resulting nonlinear boundary value problem is solved numerically for Reynolds numbers, Re∈[0, 100] using a finite element formulation of the governing Navier Stokes equations, enabling the influence of both the value of the static contact angle, θs, and the inertia of the flow close to the static contact line to be explored.
The investigation of fibres with different processing histories enables the influence of processing to be assessed.
This enabled the influence of the thermal heating wall properties on the resulting heat transfer to be investigated directly.
This model also enables the influence of heat treatment to be analysed and takes into consideration the initial aluminium layer thickness.
However, given the empirical nature of scatter factors, the method does not enable the influence of the various factors that contribute to this scatter to be individually assessed.
Microfluidic platforms enable the influence of a variety of chemical and physical gradients on single or multiple cells to be examined and monitored in real-time.
This enables the influence of the specific surface area of an electrocatalyst on activity to be investigated, as demonstrated by studies of the oxygen reduction reaction (ORR) and methanol oxidation reaction (MOR).
This paper presents a model that can simulate the dynamic behaviour of a continuous frying system in sufficient detail that enables the influence of controls on the important product attributes of moisture and oil content to be investigated.
Numerical simulations are validated based on experimental measurements in terms of pressure drop versus filtration velocity, and enable the influence of the filter geometry on the air flow pattern in its vicinity to be investigated.
The statistical results obtained with this architecture are satisfactory and a variable analysis carried out with connection weight values enables the influence of specific parameters of cloths (like No) on pressure drops to be quantified.
