Reprint

Current Research in Cement and Building Materials

Edited by
February 2024
494 pages
  • ISBN978-3-7258-0277-7 (Hardback)
  • ISBN978-3-7258-0278-4 (PDF)

This book is a reprint of the Special Issue Current Research in Cement and Building Materials that was published in

Chemistry & Materials Science
Engineering
Summary

This Special Issue mainly concerns recent progress in the fields of  building materials, structural mechanics, geotechnical engineering, and advanced materials and technology. Some of the studies in this Special Issue collate the latest achievements in cement and building materials research, building upon traditional research theories and techniques. This Special Issue provides a supportive basis for remediating current research and difficulties and knowledge gaps.This field, with all its traditionalism and multidisciplinarity, has profited from these developments. However, its specific features have led to a considerable scattering of literary sources and a lack of information that has been mutually agreed upon by all relevant subjects. This Special Issue should help to overcome these problems. It provides us with an opportunity to create a compendium on novel cement and building materials, which will not only boost further scientific progress but also provide restorers and artists with a useful literary overview. It is focused on cement and building materials, and contains the most important results from different regions of the world.

Format
  • Hardback
License
© 2022 by the authors; CC BY-NC-ND license
Keywords
recycled engine oil bottom; accelerated loading test; long-term performance; secondary aging; bridge engineering; shear bearing capacity; push-out test; stud–PBL composite shear connector; finite element analysis; ceramsite concrete; composite structure; intercity high-speed railway construction; adjacent to existing rail lines; dynamic test; pipe–pile construction; basalt-fiber-reinforced concrete; concrete compressive strength; construction performance; ultimate bearing capacity; finite element analysis; road engineering; hot-recycled asphalt pavement; dual-axle accelerated loading; dynamic response of strain; ceramsite concrete beam; volume-to-surface area ratio (V/S); creep; experiment; calculation formula; numerical analysis; concrete sandwich laminated floor slab; bending properties; bond-slip; deflection; high performance concrete (HPC); chloride ion diffusion; mesoscopic simulation; fly ash; silica fume; strain gradient theory; beam bending; size effect; plane-strain; couple stress theory; prestressed concrete beam; shear bearing capacity; corrosion; numerical simulation; finite element analysis; broken wires; random distribution; initial stress method; layered medium; cementation layer; dynamic stress attenuation; fitting coefficient; parametric analysis; laminated slab and plates; composite slab and plates; shear key; influencing factor; element modelling; RCFSTKs; frame column; shear wall; fabricated concrete structure; cyclic performance; densimetry method; extractant composition; n-heptane and xylene; asphaltene extraction; molecular structure; steel reinforced recycled concrete columns; steel beams; joint; finite element analysis; restoring force model; masonry wall; polyurea elastomer; blast resistance; explosive loads; recycled concrete-encased steel (RCES); bond–slip mechanism; full state analysis; interface damage mechanism; cyclic loading; carbon nanotubes; sonication time; surfactant; compressive strength; cement mortar; EPB shield; fluid-plastic state; muck improvement; new mud; xanthan gum; sandy gravel stratum; 3D printing; cement-based mortar; theory model; process parameters; multi-nozzle structure; RC columns; composite columns; lateral impact; numerical simulation; whole-process analysis; parameter sensitivity analysis; ceramsite concrete beam; crack; creep; curing ages; ultimate bearing capacity; cement-based material; polyvinyl alcohol; boric acid; impermeability; full lightweight ceramsite concrete; interfacial roughness; interfacial agent; curing age; flexural strength; full lightweight ceramsite concrete; planting rebars; strengthening; new and old concrete; bonding interface; shear performance; concrete; elastic modulus; compressive strength; two-parameter curve model; three-parameter curve model