If you combined titanium concrete and plastic you would have made a material called a composite. Well known composites are things like glass fibre and carbon fibre. They are made using a fibre such as class, cotton, silk, Kevlar or carbon and a matrix, which is commonly a plastic. The fibres usually carry the load and the matrix holds the fibres in place. Some specialist composites have metal fibres in them.
Concrete is already a composite material made of aggregates and cement. This can be reinforced using metal mesh commonly known as ferrocement. The addition of the metal makes cement able to withstand tensile loads. It can then be used to make bridges or even ships.
Sometimes plastic fibres are also used when making screeds to reinforce concrete and reduce cracking.
It is debatable whether titanium would be a useful reinforcement for concrete as concrete structures are heavy and steel is much cheaper. The only reason you would use titanium would be to have a better strength to weight ratio. If would therefore make more sense to use thin titanium wires set in a strong plastic such as epoxy resin and forget about the concrete all together.
Another option would be to try and make a ceramic metal alloy called a Kermit. This requires very high temperatures, which would cause the cement to explode and the plastic to vaporise.
Titanium is a 3d element. we use it for make surgical instruments and make paints by TiO2.
Artificial limbs must be light weight, so they are normally made of plastic. Sometimes they are made of titanium or aluminum, since both metals are light.
World wide lot of people facing problems to decompose plastic . One of the innovative solution is to use these plastic in Roads , Bricks. Waste plastic is pulvarized in to small pieces and these tiny bits are mixed with concrete and placed in to mold . Main advantage with this technology is strength of bricks is increased by adding plastic.
Any solid material that can stand its' weight plus the object to lift. Wood, Iron, Concrete, Plastic, Rock or even Ice block can do the job.
Reinforced concrete is just normal concrete with steel reinforement placed inside.
Probably not but if you were to try here is what you would do:Make the concrete reinforing "rebar" using the titanium. Mix and cure the concrete with the titanium rebar inside. Then make a polycarbonate plastic shell totally encasing the concrete.Nothing is indestructible. Even this wouldn't survive say...a direct impact from a meteorite.
Common glass is made from sand, SiO2, Na2O and CaO. Concrete is a mixture of rocks (aggregate), sand, and water.
zinc, steel, titanium, scandium, aluminum, wood, plastic
Steel is made from iron. We combine a small amount of carbon with iron to get (make) steel.
Common glass is made from sand, SiO2, Na2O and CaO. Concrete is a mixture of rocks (aggregate), sand, and water.
Common glass is made from sand, SiO2, Na2O and CaO. Concrete is a mixture of rocks (aggregate), sand, and water.
Plastic is made form oil. Oil contains many different polymers and monomers. Scientists combine these qualities to make plastic. Color is then added or extracted to make the plastic the desired hue.
Create a form from wood. Place it over plastic sheeting. Pour in concrete. Gently tap out of forms when cured.
mostly aluminium, but also carbon fibre, steel, titanium. some even combine 2 or more types.
Concrete molds are used to make the concrete to certain pre-defined shapes after the liquefied concrete dries. The moulds are pre-made containers made of wood, stone or plastic with different shapes.
If you mixed titanium with anything, you would then have a titanium mixture.
Cities: Concrete, steel and glass. Towns: Concrete and wood. Villages: Wood. Slums: Scrap metal, scrap wood, plastic sheeting.