De Witte, Chloë Demeyere, Kristel De Bruyckere, Sofie Taminiau, Bernard Daube, Georges Ducatelle, Richard Meyer, Evelyne Haesebrouck, Freddy

Helicobacter suis has been associated with development of gastric ulcers in the non-glandular part of the porcine stomach, possibly by affecting gastric acid secretion and altering the gastric microbiota. Fusobacterium gastrosuis is highly abundant in the gastric microbiota of H. suis-infected pigs and it was hypothesized that this micro-organism c...

CHATTERJEE, S SUGILAL, G PRABHU, SV

Heat transfer in a partially-filled, rotating inclined pipe with water flowing through it is experimentally investigated. The test section is a 1000 mm long stainless steel pipe with 32.8 mm inner diameter and 1.1 mm wall thickness. The outer wall is painted black to improve its emissivity. The outer wall temperature distribution is captured using ...

CHATTERJEE, S SUGILAL, G PRABHU, SV

Single phase heat transfer in a partially-filled, rotating horizontal pipe with axial liquid (water) flow is studied in this work. Thermal imaging is used to capture outer wall temperature of the partially filled rotating heated pipe. Local heat transfer coefficient along the length of the rotating pipe is calculated. Various parameters influencing...

CHAHAL, JS GHORPADE, SR

The Carlitz-Wan conjecture, which is now a theorem, asserts that for any positive integer n, there is a constant C n such that if q is any prime power > C(n )with GCD(n, q - 1) > 1, then there is no permutation polynomial of degree n over the finite field with q elements. From the work of von zur Gathen, it is known that one can take C-n = n(4). On...

CHATTERJEE, S SUGILAL, G PRABHU, SV

Heat transfer in a partially-filled, rotating inclined pipe with water flowing through it is experimentally investigated. The test section is a 1000 mm long stainless steel pipe with 32.8 mm inner diameter and 1.1 mm wall thickness. The outer wall is painted black to improve its emissivity. The outer wall temperature distribution is captured using ...

SETHURAMAN, YPM SINHA, K LARSSON, J

In this work, we use numerical simulation and linear inviscid theory to study the thermodynamic field generated by the interaction of a shock wave with homogeneous isotropic turbulence. Fluctuations in density, pressure, temperature and entropy can play an important role in shock-induced mixing, combustion and energy transfer processes. Data from s...

CHATTERJEE, S SUGILAL, G PRABHU, SV

Heat transfer in a partially-filled, rotating inclined pipe with water flowing through it is experimentally investigated. The test section is a 1000 mm long stainless steel pipe with 32.8 mm inner diameter and 1.1 mm wall thickness. The outer wall is painted black to improve its emissivity. The outer wall temperature distribution is captured using ...

CHATTERJEE, S SUGILAL, G PRABHU, SV

Single phase heat transfer in a partially-filled, rotating horizontal pipe with axial liquid (water) flow is studied in this work. Thermal imaging is used to capture outer wall temperature of the partially filled rotating heated pipe. Local heat transfer coefficient along the length of the rotating pipe is calculated. Various parameters influencing...

CHAHAL, JS GHORPADE, SR

The Carlitz-Wan conjecture, which is now a theorem, asserts that for any positive integer n, there is a constant C n such that if q is any prime power > C(n )with GCD(n, q - 1) > 1, then there is no permutation polynomial of degree n over the finite field with q elements. From the work of von zur Gathen, it is known that one can take C-n = n(4). On...

VENUGOPAL, A AGRAWAL, A PRABHU, SV

The influence of Reynolds number and blockage ratio on the vortex dynamics of a trapezoidal bluff body placed inside a circular pipe is studied experimentally and numerically. Lowaspect ratio, high blockage ratio, curved end conditions (junction of pipe and bluff body), axisymmetric upstream flow with shear and turbulence are some of the intrinsic ...