This work’s aim is to participate in local materials (raw or fiber improved), which can be used in sustainable and accessible buildings to every Senegalese. To do this, studied materials are respectively collected fr...
The aim of this study is to enhance the value of local earth materials used in the construction of certain homes in the Republic of Guinea. Thus, a trial study to improve the quality of mud bricks using paper fibers o...
This paper presents a time-dependent,two-dimensional vertical model for the simulation of sand and mud concentrations,transport and bed level changes in tidal conditions with or without surface waves.The model solves ...
co-funded by the National Natural Science Foundation of China (Grant No.42372141and Grant No.42072126);Open Fund (DGERA20241002) of Key Laboratory of Deep-time Geography and Environment Reconstruction and Applications of Ministry of Natural Resources,Chengdu University of Technology;the Science Development Fund of Dongying (Grant No.2024kyqd004).
Shales in deep lake basins have become the main focus of continental shale oil and gas exploration.In order to highlight the sedimentary dynamics of mud deposition in deep lake basins,a combination of core observation...
supported by the Funding from the Ministry of Equipment and Transport,Kingdom of Morocco.
Oyster aquaculture in Oualidia Lagoon,Morocco,has suffered from poor water quality and water confinement in its upstream region.Tidal asymmetry(TA)has been suggested as a possible cause,and a sediment trap was dredged...
funded by Natural Resources Development Special Funds of Jiangsu Province(Marine Science and Technology Innovation)(JSZRHYKJ202303);the National Natural Science Foundation of China(42076172).
Green sea dykes,also known as ecosystem-based sea dykes,represent a novel type of coastal defense consisting of both traditional structural engineering and coastal ecosystems,designed to cope with the future trends of...
supported by funding from the National Natural Science Foundation of China (Grant Nos.51978303 and 52208367);the Fundamental Research Funds for the Central Universities (Grant No.2042023kfyq03).
The influence of curing temperature on the strength development of cement-stabilized mud has been well documented in terms of strength-increase rate and ultimate strength.However,the strength development model is not ...
Supported by National Natural Science Foundation Joint Fund Project(NO.U21B2071);National Natural Science Youth Foundation of China(NO.52304041)。
In response to the unclear understanding of fracture propagation and intersection interference in zipper fracturing under the factory development model of deep shale gas wells,a coupled hydro-mechanical model for zipp...