A unique, super spatio-temporal resolution Digital Particle Image Velocimetry (DPIV) system with capability of resolving velocities in a multi-phase flow field, using a very sophisticated novel Dynamically Adaptive Hybrid velocity evaluation algorithm has been developed The unique methodology

of channel geometries. Although there is no net mass flow (zero-mean velocity) passing through the channel, the discrepancy in velocity profiles between the forward flow and backward flow causes fluid particles near the walls to drift toward one end while particles near the centerline drift to the other end

deposits. Due to the extremely corrosive and toxic environment inside a typical fluorine electrolysis reactor, the fluid dynamics in the reactor are not understood well enough. The harsh conditions make detailed experimental investigation of the reactors extremely dangerous. The objective of this project

and worldwide. Chemical interaction between rocks and fluids that are initially out of equilibrium may be an essential driving force behind many instances of low-grade regional metamorphism. Fluid: rock ratios> 1 and recent stable isotope studies should encourage serious consideration of a multi-pass model

A transparent medium of inhomogenous refractive index will cause light rays to bend as they pass through it, resulting in a visible distortion of the background. We present a simple 2D imaging method for measuring this distortion and then show how it can be used to visualise gas and liquid flows

Abstract- Flow measurement is one of the most important tasks in many industries. Even today there does not exist a universal flow measuring instrument in many flow applications. The fluid flow through a single hole orifice plate and multi holes orifice plate were analyzed in this paper by using

Fully-developed turbulent flow in a commercial steel pipe is studied using single component hot-wire probes in both one-and two-point experiments. The streamwise turbulence compo-nent was measured over a Reynolds number range from 7.6× 104 to 8.3 × 106, covering the smooth to fully rough regimes

Abstract: This paper describes numerical simulations and experimental measurements of isothermal and non-isothermal flow of non-Newtonian fluids in the shell side of a multi-tube tubular heat exchanger. Some results for the turbulent isothermal flow of water are also presented. A single pass of a

ABSTRACT This paper focuses on multi-phase flow in the presence of a fracture tip. This work studies two-phase water-oil displacements in layered Berea Sandstones that have been artificially fractured with single extensional fracture perpendicular to the natural layers. Two experiments

Precise measurements of pressure difference (1P) in capillary and slit flow of a commercial grade linear low-density polyethylene (LLDPE) were carried out using a multi-pass rheometer (MPR) fitted with stainless-steel die inserts. In addition, the experimental stress field for slit flow