By Steve JonesExterior house construction is about building something out of what we already have, rather than trying to add something.
But how does it work?
The idea of a moulding material being moulded into the structure of the building is fairly new.
It comes in many shapes and sizes, but the key element is that it’s made up of a number of different materials.
Most importantly, the moulding is made of a combination of wood and metal.
Wood is a very resilient material, which means it can be very hard and brittle to break.
Metal is not so strong, but it can also be flexible, making it ideal for flexing the structure in all sorts of directions.
But if it doesn’t have a particular strength or stiffness, it will fail to hold up to stresses.
To make the mould, the materials are heated up in a furnace to melt the metal, which then is heated to a higher temperature to give the mould material its flexibility.
The result is a new material, known as a rotational mould, which is a form of a material that can rotate in a fixed direction.
For a mould, rotational molding is an excellent choice because it’s not too heavy to lift and can be moulded quickly and easily.
But a new process is being used to help improve the performance of the new materials.
Invented by a team of researchers from the University of Western Australia, the rotational molds have been developed in a way that allows them to hold the strength and rigidity of metal without any additional reinforcement.
As a result, the material will not crack or fracture under stress.
This new material will be used in a number a of new projects, including the construction of new homes.
While this type of construction is good for the environment, the team are looking to improve on the moulds ability to withstand the rigors of rotation.
Dr Michael Hickey, a materials scientist at the university, said the project would allow them to make moulds that were more stable in extreme conditions and would allow the team to improve their own moulds.
He said the team had started work on moulds for new houses and the first two prototypes were already complete.
“The initial design was based around the idea of having a mould that was stable, but in some ways very flexible, but also relatively rigid,” Dr Hickey said.
“This new mould was designed with this flexibility in mind and was very stable in terms of how it was used.”
Dr Hickey added that the project was not yet ready to test on a large scale, but he hoped the results would help improve rotational design and manufacturing.
“We are working with a number companies to get this process out there, but if we can get it out on the market and get some good feedback, then that would be great,” he said.
