Similar Items: Rheo-mechanics, durability and microstructural characterisation of slag-nodified metakaolin-based geopolymer concrete for extrusion-based 3D printing applications
- Rheo-mechanical, hardened mechanical characterisation, and tensile creep of limestone calcined clay cement fibre-reinforced printed concrete (LC3-FRPC)
- Rheo-mechanics and foam stability of 3D printable foamed concrete with nanoparticle Incorporation
- Off-site 3D concrete printing construction system for structural building frames
- Rheo-mechanics modelling of 3D concrete printing constructability
- Mechanical interlocking of 3D printed concrete layers
- 3D printing of eco-friendly concrete incorporating recycled plastic waste (RESIN8) as fine aggregate
Author: Babafemi, Adewumi John
- Platinum Slag as Fine Aggregate in Concrete for Coastal Applications
- 3D printing of eco-friendly concrete incorporating recycled plastic waste (RESIN8) as fine aggregate
- Mechanical characterisation and compressive creep of recycled aggregate limestone calcined clay cement concrete
- Tensile creep of cracked macro synthetic fibre reinforced concrete
- Sustainable 3D Concrete Printing for Eco-conscious Construction: Recycled Aggregates and Low-carbon Binders
- Mechanical properties of eco-friendly one-part metakaolin-based geopolymer concrete with Recycled Glass and Plastic (RESIN8) aggregates