Using the techniques set out in the preceding paper (Muller et al., 1987), we investigated the response of place cells to changes in the animal's environment. The standard apparatus used was a cylinder, 76 cm in diameter, with walls 51 cm high. The interior was uniformly gray except for a white cue card that ran the full height of the wall and occupied 100 degrees of arc. The floor of the appar...

SUMMARY Stetio pressure measurements have been made at subsonic Mach numbers to examine compressibility effects on a two-dimensional circular cylinder with two tangential blowing slots. These results together with forces derived from them are briefly discussecl.

The Poiseuille flow (centreline velocity $U_c$ ) of a fluid (kinematic viscosity $\nu$ past circular cylinder (radius $R$ in Hele-Shaw cell (height $2h$ is traditionally characterised by Stokes ( $\varLambda =(U_cR/\nu )(h/R)^2 \ll 1$ through thin gap $\epsilon =h/R ). In this work we use asymptotic methods and direct numerical simulations to explore the parameter space $\varLambda$ – $\epsilon...

In this paper, two techniques namely Mode Matching technique and Green’s function technique are used to solve analytically the Forward Problem for a finite right circular cylinder. These techniques are compared in terms of analytical derivation and numerical results.

In this paper, growth and collapse of a vapour bubble generated due to a local energy input inside a rigid cylinder and in the absence of buoyancy forces is investigated using Boundary Integral Equation Method and Finite Difference Method .The fluid is treated as potential flow and Boundary Integral Equation Method is used to solve Laplace’s equation for velocity potential. Different ratios of ...