Matches in SemOpenAlex for { <https://semopenalex.org/work/W3155010847> ?p ?o ?g. }
- W3155010847 endingPage "4287" @default.
- W3155010847 startingPage "4287" @default.
- W3155010847 abstract "Reinforced concrete crack repair and maintenance costs are around 84% to 125% higher than construction costs, which emphasises the need to increase the infrastructure service life. Prolongation of the designed service life of concrete structures can have significant economic and ecological benefits by minimising the maintenance actions and related increase of carbon and energy expenditure, making it more sustainable. Different mechanisms such as diffusion, permeation and capillary action are responsible for the transport of fluids inside the concrete, which can impact on the structure service life. This paper presents data on microbially induced repair and self-healing solutions for cementitious materials available in the contemporary literature and compares results of compressive strength test and capillary water absorption test, which are relevant to their sealing and mechanical characteristics. The results of the repair and self-healing solutions (relative to unassisted recovery processes) were “normalized.” Externally applied bacteria-based solutions can improve the compressive strength of cementitious materials from 13% to 27%. The internal solution based solely on bacterial suspension had 19% improvement efficacy. Results also show that “hybrid” solutions, based on both bio-based and non-bio-based components, whether externally or internally applied, have the potential for best repair results, synergistically combining their benefits." @default.
- W3155010847 created "2021-04-26" @default.
- W3155010847 creator A5026633039 @default.
- W3155010847 creator A5030370008 @default.
- W3155010847 creator A5037223078 @default.
- W3155010847 creator A5046237397 @default.
- W3155010847 creator A5053437683 @default.
- W3155010847 creator A5063730334 @default.
- W3155010847 creator A5084180162 @default.
- W3155010847 creator A5084910557 @default.
- W3155010847 date "2021-04-12" @default.
- W3155010847 modified "2023-09-28" @default.
- W3155010847 title "Comparison of Microbially Induced Healing Solutions for Crack Repairs of Cement-Based Infrastructure" @default.
- W3155010847 cites W1984537402 @default.
- W3155010847 cites W1998198899 @default.
- W3155010847 cites W2008621506 @default.
- W3155010847 cites W2021101991 @default.
- W3155010847 cites W2050882623 @default.
- W3155010847 cites W2054737765 @default.
- W3155010847 cites W2077572823 @default.
- W3155010847 cites W2093261625 @default.
- W3155010847 cites W2105234402 @default.
- W3155010847 cites W2338430558 @default.
- W3155010847 cites W2493061531 @default.
- W3155010847 cites W2559219219 @default.
- W3155010847 cites W2589765631 @default.
- W3155010847 cites W2625389919 @default.
- W3155010847 cites W2736048049 @default.
- W3155010847 cites W2737768964 @default.
- W3155010847 cites W2743784066 @default.
- W3155010847 cites W2754901798 @default.
- W3155010847 cites W2769716770 @default.
- W3155010847 cites W2786655798 @default.
- W3155010847 cites W2804514877 @default.
- W3155010847 cites W2891333135 @default.
- W3155010847 cites W2895055409 @default.
- W3155010847 cites W2898973446 @default.
- W3155010847 cites W2903325005 @default.
- W3155010847 cites W2906577796 @default.
- W3155010847 cites W2908918093 @default.
- W3155010847 cites W2914119561 @default.
- W3155010847 cites W2935912987 @default.
- W3155010847 cites W2947070698 @default.
- W3155010847 cites W2954906092 @default.
- W3155010847 cites W2956667991 @default.
- W3155010847 cites W2961593237 @default.
- W3155010847 cites W2963912935 @default.
- W3155010847 cites W2964868071 @default.
- W3155010847 cites W2980490026 @default.
- W3155010847 cites W2982824703 @default.
- W3155010847 cites W2983217482 @default.
- W3155010847 cites W2990131428 @default.
- W3155010847 cites W2990710980 @default.
- W3155010847 cites W2998444804 @default.
- W3155010847 cites W2998791425 @default.
- W3155010847 cites W2998976386 @default.
- W3155010847 cites W3000596828 @default.
- W3155010847 cites W3008634502 @default.
- W3155010847 cites W3011063454 @default.
- W3155010847 cites W3013638752 @default.
- W3155010847 cites W3021667281 @default.
- W3155010847 cites W3021818440 @default.
- W3155010847 cites W3023512546 @default.
- W3155010847 cites W3043391094 @default.
- W3155010847 cites W3098154965 @default.
- W3155010847 cites W3100964848 @default.
- W3155010847 cites W3111639904 @default.
- W3155010847 doi "https://doi.org/10.3390/su13084287" @default.
- W3155010847 hasPublicationYear "2021" @default.
- W3155010847 type Work @default.
- W3155010847 sameAs 3155010847 @default.
- W3155010847 citedByCount "6" @default.
- W3155010847 countsByYear W31550108472022 @default.
- W3155010847 countsByYear W31550108472023 @default.
- W3155010847 crossrefType "journal-article" @default.
- W3155010847 hasAuthorship W3155010847A5026633039 @default.
- W3155010847 hasAuthorship W3155010847A5030370008 @default.
- W3155010847 hasAuthorship W3155010847A5037223078 @default.
- W3155010847 hasAuthorship W3155010847A5046237397 @default.
- W3155010847 hasAuthorship W3155010847A5053437683 @default.
- W3155010847 hasAuthorship W3155010847A5063730334 @default.
- W3155010847 hasAuthorship W3155010847A5084180162 @default.
- W3155010847 hasAuthorship W3155010847A5084910557 @default.
- W3155010847 hasBestOaLocation W31550108471 @default.
- W3155010847 hasConcept C103208741 @default.
- W3155010847 hasConcept C127413603 @default.
- W3155010847 hasConcept C142724271 @default.
- W3155010847 hasConcept C147176958 @default.
- W3155010847 hasConcept C159985019 @default.
- W3155010847 hasConcept C192562407 @default.
- W3155010847 hasConcept C204787440 @default.
- W3155010847 hasConcept C2778210392 @default.
- W3155010847 hasConcept C2779666059 @default.
- W3155010847 hasConcept C30407753 @default.
- W3155010847 hasConcept C39432304 @default.
- W3155010847 hasConcept C41008148 @default.
- W3155010847 hasConcept C523993062 @default.
- W3155010847 hasConcept C71924100 @default.