In this paper, the linear and non-linear rheological properties of estuarine cohesive sediments were investigated. The density of the sediments has been determined by pycnometry. Creep and oscillatory shear measurements have been performed in order to determine i) the transitions in mechanical response to creep and oscillatory shear and ii) the material properties of these natural fluids as a function of their density. For all samples tested, four different rheological transitions have been determined and all material properties have been shown to be satisfactorily fitted by exponential functions of the density
Natural mud usually exhibits non-Newtonian rheological behaviors like viscoelasticity, thixotropy an...
PurposeThe presence of organic matter in cohesive sediment results in the formation of clay-organic ...
The rheological behaviour of three artificial muds was determined using a rotational viscometer. Fir...
Concentrated cohesive sediment suspensions exhibit strongly non-Newtonian and time-dependent behavio...
In order to predict the stain and shear rate response of cohesive sediment suspensions to applied fo...
In order to predict the stain and shear rate response of cohesive sediment suspensions to applied fo...
Mud is a cohesive material which contains predominantly clay minerals, water, organic matter and som...
This is an experimental study that aims to examine the rheological response of natural muds under st...
The Haihe cohesive sediment, which is typical in China, is studied systematically for its basic phys...
Mud, a cohesive material, consists of water, clay minerals, sand, silt and small quantities of organ...
This paper describes apparatus, techniques and methods used by participants in MAST G 6 M proj ect 4...
Natural mud usually exhibits non-Newtonian rheological behaviors like viscoelasticity, thixotropy an...
Natural mud sediments display complex rheological behaviour like thixotropy, viscoelasticity and yie...
Natural mud sediments display complex rheological behaviour like thixotropy, viscoelasticity and yie...
International audienceThe objective of this study is to investigate the steady and dynamic rheologic...
Natural mud usually exhibits non-Newtonian rheological behaviors like viscoelasticity, thixotropy an...
PurposeThe presence of organic matter in cohesive sediment results in the formation of clay-organic ...
The rheological behaviour of three artificial muds was determined using a rotational viscometer. Fir...
Concentrated cohesive sediment suspensions exhibit strongly non-Newtonian and time-dependent behavio...
In order to predict the stain and shear rate response of cohesive sediment suspensions to applied fo...
In order to predict the stain and shear rate response of cohesive sediment suspensions to applied fo...
Mud is a cohesive material which contains predominantly clay minerals, water, organic matter and som...
This is an experimental study that aims to examine the rheological response of natural muds under st...
The Haihe cohesive sediment, which is typical in China, is studied systematically for its basic phys...
Mud, a cohesive material, consists of water, clay minerals, sand, silt and small quantities of organ...
This paper describes apparatus, techniques and methods used by participants in MAST G 6 M proj ect 4...
Natural mud usually exhibits non-Newtonian rheological behaviors like viscoelasticity, thixotropy an...
Natural mud sediments display complex rheological behaviour like thixotropy, viscoelasticity and yie...
Natural mud sediments display complex rheological behaviour like thixotropy, viscoelasticity and yie...
International audienceThe objective of this study is to investigate the steady and dynamic rheologic...
Natural mud usually exhibits non-Newtonian rheological behaviors like viscoelasticity, thixotropy an...
PurposeThe presence of organic matter in cohesive sediment results in the formation of clay-organic ...
The rheological behaviour of three artificial muds was determined using a rotational viscometer. Fir...