Results 61 to 70 of about 847 (181)
As a sustainable development requirement, rational utilization of solid waste has been paid more and more attention, such as acetylene sludge (AS), fly ash (FA), coal gangue, and construction waste used in civil engineering. The comprehensive utilization
Yingchun Cai, Xingchen Liu
doaj +1 more source
On Covering Prosperities via Neutrosophic e‐Open Set in Neutrosophic Topological Space
This research presents and explores a novel category of compactness in neutrosophic topological spaces (NTSs), termed neutrosophic e‐compact and neutrosophic locally e‐compact. This category is positioned within the frameworks of neutrosophic δ‐semicompactness and neutrosophic δ‐precompactness, while also encompassing neutrosophic β‐compactness.
Wadei Al-Omeri, Ammar Alsinai
wiley +1 more source
This study investigates the use of pond ash stabilized with lime and ground granulated blast furnace slag (GGBS) as an eco-friendly subbase material for the base and subbase layer of flexible pavements.
Hrushikesh N. Kedar, Satyajit Patel
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Accurate prediction of the long‐term structural response of pavement systems is critical for performance evaluation and intelligent maintenance within the context of structural health monitoring. This study proposes an automated machine learning framework to predict the time‐dependent evolution of pavement rutting and deflection using full‐scale ...
Kaiwen Lei +7 more
wiley +1 more source
Abstract Loose defects in semi‐rigid base layers can critically compromise the structural performance and long‐term serviceability of asphalt pavements. However, accurate identification and quantitative assessment of such defects remain challenging due to the lack of reliable ground‐penetrating radar (GPR) data sets and the limitations of existing ...
Bei Zhang +6 more
wiley +1 more source
Stabilisation and bearing capacity improvement of granular platform [PDF]
Building roads or platforms on weak soil is a remaining challenge. The reduction of granular material required for the subbase is more and more crucial, for cost reasons but also for a much lower impact of the earthworks on the environment. Geosynthetics
Nancey Alain +4 more
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The scarcity of natural resources, and energy demand/carbon footprints related to their processing and transportation, has led to the quest for alternate materials for road/pavement construction and other infrastructure development.
A. Sandeep Reddy +4 more
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Subbase characterizations of compact topological spaces
Abstract In this paper we give characterizations of some classes of compact topological spaces, such as (products of) compact lattice, tree-like and orderable spaces, by means of the existence of a closed subbase of a special kind.
J. van Mill (Jan), A. Schrijver (Lex)
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Dyadic Subbases and Representations of Topological Spaces
We explain topological properties of the embedding-based approach to computability on topological spaces. With this approach, he considered a special kind of embedding of a topological space into Plotkin's $T^\omega$, which is the set of infinite sequences of $T = \{0,1,\bot \}$. We show that such an embedding can also be characterized by a dyadic
openaire +4 more sources
Oil shale semicoke is a hazardous byproduct in oil shale retorting process. In Jilin province, China, abundant oil shale resources are mainly used for retorting shale oil accompanying with a large number of oil shale semicoke slags, which will generally ...
Guojin Tan +4 more
doaj +1 more source

