Page 4 - Plasterboard Inside News Today : Breaking News, Live Updates & Top Stories | Vimarsana

In three dimensions. we're also developing our own machine that looks a little bit like a 3d printer. the main kind of fermentation will be happening here. - the pumps will be located here. it allows us to program the material for different outcomes and different material properties. imagine the construction of a wall. you've got your bricks, which are cemented together, often you have insulation material, you have your plasterboard inside. we want to do that in one step. the wall might be able to respond to light by thickening, maybe giving greater insulation or reducing insulation, maybe all...

It allows us to program the material for different outcomes and different material properties. imagine the construction of a wall. you've got your bricks, which are cemented together, often you have insulation material, you have your plasterboard inside. we want to do that in one step. the wall might be able to respond to light by thickening, maybe giving greater insulation or reducing insulation, maybe allow a building to sweat in the way that skin does. that will mean that servicing our buildings are not as heavy, because we don't have to make use of heating and ventilation quite as much. we...

Technologies as well. we're developing a robot arm to control the way that materials are deposited in three dimensions. we're also developing our own machine that looks a little bit like a 3d printer. the main kind of fermentation will be happening here. - the pumps will be located here. it allows us to program the material for different outcomes and different material properties. imagine the construction of a wall. you've got your bricks, which are cemented together, often you have insulation material, you have your plasterboard inside. we want to do that in one step. the wall might be able t...

Plasterboard inside. we want to do that in one step. the wall might be able to respond to light by thickening, maybe giving greater insulation or reducing insulation, maybe allow a building to sweat in the way that skin does. that will mean that servicing our buildings are not as heavy, because we don't have to make use of heating and ventilation quite as much. we use all kinds of different computational models that are key to the research that we do. often, they're modelling the way in which our biological systems will respond to different environments. we're even thinking about the soil bene...

It allows us to program the material for different outcomes and different material properties. imagine the construction of a wall. you've got your bricks, which are cemented together, often you have insulation material, you have your plasterboard inside. we want to do that in one step. the wall might be able to respond to light by thickening, maybe giving greater insulation or reducing insulation, maybe allow a building to sweat in the way that skin does. that will mean that servicing our buildings are not as heavy, because we don't have to make use of heating and ventilation quite as much. we...