Materials

Researcher Tavs Jorgensen has created a method of extruding cob into brick shapes, in an effort to make the low-carbon biomaterial more accessible. Used to create bricks that can be stacked in interlocking patterns, the process involves pushing different samples of cob – a construction material made from earth and straw – through 3D-printed extrusion

The post Tavs Jorgensen develops cob bricks for low-carbon construction appeared first on Dezeen.

US researchers working with SHoP Architects have created a potential alternative to steel and concrete as a structural floor material: recyclable panels made entirely from bioplastic and wood flour. The prefabricated panel was made using 3D printing by researchers at the US Department of Energy’s Oak Ridge National Laboratory (ORNL) and the University of Maine

The post Wood waste and bioplastic floor panel boasts the strength of steel appeared first on Dezeen.

US researchers working with SHoP Architects have created a potential alternative to steel and concrete as a structural floor material: recyclable panels made entirely from bioplastic and wood flour. The prefabricated panel was made using 3D printing by researchers at the US Department of Energy’s Oak Ridge National Laboratory (ORNL) and the University of Maine

The post Wood waste and bioplastic floor panel boasts the strength of steel appeared first on Dezeen.