Tag: compressive strength

Researchers have optimized an alkali-activated mortar made from ceramic sanitary ware and eggshell waste that achieves over 80 MPa strength, ...

A hybrid steel and carbon fiber concrete achieves high strength, dramatically reduced resistivity, and reliable piezoresistive self-sensing under load.

Researchers stabilized weak kaolinitic clay with recycled ceramic waste powder and microwave curing, achieving a 60-fold strength increase in just ...

Chinese researchers have developed a lightweight C120 concrete weighing 2,050 kilograms per cubic meter that outperforms denser conventional concretes in ...

Researchers in India have shown that treating recycled demolition concrete with mild oxalic acid grows a protective calcium oxalate layer ...

A new study shows that blending silica and alumina sol binders lets engineers dial in the trade-off between room-temperature strength ...

Researchers show that route-specific admixture chemistry can turn stockpiled phosphogypsum waste into printable, load-bearing 3D-printed building structures.

French researchers show that adding natural calcium carbonate to hemp-shive and potato-starch insulation composites sharply improves water resistance and strength ...

A new study shows that finely ground coal slurry waste can replace up to 20 percent of cement in self-compacting ...

Researchers recycled abandoned nylon fishing nets into concrete fibers, achieving up to 147.71 percent higher flexural strength and using a ...