A CFD investigation is in progress to study the cavitation characteristics and potential erosion risks of a control orifice in a prototype injector. An early design of the orifice resulted in cavitation erosion after endurance testing. A design modification eliminated the erosion and subsequent prototypes were free from damage. Initial results for the two designs using different simulation methods are discussed, along with the effects of different rates of evaporating and condensing mass transfer. Preliminary findings on possible erosion risk indicators comparing the eroding with the non-eroding design are presented
Ethanol (E100) can be utilised in spark ignition engines for passenger car vehicles. This brings a c...
Engine performances are correlated to the overall fluid dynamic characteristics of the injection sys...
The objective of this study is to investigate the collapsing behavior of cavitation, which leads to ...
A CFD investigation is in progress to study the cavitation characteristics and potential erosion ris...
Results from a research programme addressing the development, testing, and production of valve cover...
Experiments and numerical simulations of cavitating flow inside a single-orifice nozzle are presente...
Diesel engine performance is strictly correlated to the fluid dynamic characteristics of the injecti...
In the current paper, indicative results of the flow simulation during the opening phase of a Diesel...
This work investigates the effect of liquid fuel viscosity, as specific by the European Committee fo...
Diesel engine performance is strictly correlated to the fluid dynamic characteristics of the inject...
The overall aim of this thesis work is to study cavitation behaviours related to erosion. The focus ...
In the last 20 years the automotive industry has managed an impressive reduction in emissions, in ag...
Includes bibliographical references (leaves 78-81).Reducing the pollution of new vehicles has become...
In this work a new methodology for the prediction of flow areas of cavitation erosion is presented. ...
Cavitation erosion is a problem in the design of a wide range of fluid machinery involving liquid fl...
Ethanol (E100) can be utilised in spark ignition engines for passenger car vehicles. This brings a c...
Engine performances are correlated to the overall fluid dynamic characteristics of the injection sys...
The objective of this study is to investigate the collapsing behavior of cavitation, which leads to ...
A CFD investigation is in progress to study the cavitation characteristics and potential erosion ris...
Results from a research programme addressing the development, testing, and production of valve cover...
Experiments and numerical simulations of cavitating flow inside a single-orifice nozzle are presente...
Diesel engine performance is strictly correlated to the fluid dynamic characteristics of the injecti...
In the current paper, indicative results of the flow simulation during the opening phase of a Diesel...
This work investigates the effect of liquid fuel viscosity, as specific by the European Committee fo...
Diesel engine performance is strictly correlated to the fluid dynamic characteristics of the inject...
The overall aim of this thesis work is to study cavitation behaviours related to erosion. The focus ...
In the last 20 years the automotive industry has managed an impressive reduction in emissions, in ag...
Includes bibliographical references (leaves 78-81).Reducing the pollution of new vehicles has become...
In this work a new methodology for the prediction of flow areas of cavitation erosion is presented. ...
Cavitation erosion is a problem in the design of a wide range of fluid machinery involving liquid fl...
Ethanol (E100) can be utilised in spark ignition engines for passenger car vehicles. This brings a c...
Engine performances are correlated to the overall fluid dynamic characteristics of the injection sys...
The objective of this study is to investigate the collapsing behavior of cavitation, which leads to ...