(IF 7.69; Q1)This study deals with the definition of an efficient combination of fly ash (FA) with lime or cement and with both, to improve the dredged sediment (DS) properties. At early age, filler and nucleation effects of FA lead to a refinement of the microstructure in addition to the macro porosity reduction induced by lime and cement. At long term, the microstructure becomes denser due to the pozzolanic property of FA. At macroscale, DS stabilized using FA show lower shrinkage and higher mechanical resistance than that stabilized without FA, with more pronounced effects when FA is mixed with cement
tabilization and solidification (S/S) technique have been the most frequently used method for dredge...
This study represents the results of an experimental work using two types of fly ashes as a cement r...
Disposal of large quantities of fly ash poses a major environmental problem. To enhance its utilizat...
(IF 7.69; Q1)This study deals with the definition of an efficient combination of fly ash (FA) with l...
International audienceThe objective of this work was to investigate a viable alternative for the fin...
International audienceDisposal of large sediment from dredging activities is increasingly intractabl...
International audienceThe objective of this work was to evaluate the suitability of dredged sediment...
Traditional approaches such as ocean dumping and inland deposit are unsatisfactory for the managemen...
Silt is a kind of soil with poor engineering performance. Lime-fly ash- (LF-) stabilized silt has th...
International audienceMost of the previous studies concerning solidification of dredged sediments fo...
International audienceThe valorization of dredged sediments is a promising solution to reduce the st...
Experimental studies were carried out on fly ashes from two Indian thermal power plants, namely Rajg...
The effectiveness of using siliceous-aluminous fly ash and cement in solidifying Dunkirk marine sedi...
This paper focuses on the use of fly ash (FA) or ground granulated blast slag (GGBS) and reactive li...
In the world, millions of cubicmeters of materials are dredged from sea or channel bottoms each year...
tabilization and solidification (S/S) technique have been the most frequently used method for dredge...
This study represents the results of an experimental work using two types of fly ashes as a cement r...
Disposal of large quantities of fly ash poses a major environmental problem. To enhance its utilizat...
(IF 7.69; Q1)This study deals with the definition of an efficient combination of fly ash (FA) with l...
International audienceThe objective of this work was to investigate a viable alternative for the fin...
International audienceDisposal of large sediment from dredging activities is increasingly intractabl...
International audienceThe objective of this work was to evaluate the suitability of dredged sediment...
Traditional approaches such as ocean dumping and inland deposit are unsatisfactory for the managemen...
Silt is a kind of soil with poor engineering performance. Lime-fly ash- (LF-) stabilized silt has th...
International audienceMost of the previous studies concerning solidification of dredged sediments fo...
International audienceThe valorization of dredged sediments is a promising solution to reduce the st...
Experimental studies were carried out on fly ashes from two Indian thermal power plants, namely Rajg...
The effectiveness of using siliceous-aluminous fly ash and cement in solidifying Dunkirk marine sedi...
This paper focuses on the use of fly ash (FA) or ground granulated blast slag (GGBS) and reactive li...
In the world, millions of cubicmeters of materials are dredged from sea or channel bottoms each year...
tabilization and solidification (S/S) technique have been the most frequently used method for dredge...
This study represents the results of an experimental work using two types of fly ashes as a cement r...
Disposal of large quantities of fly ash poses a major environmental problem. To enhance its utilizat...