It depends on the strength of the tornado. For example, all but the weakest structures will stand up to an EF0 tornado. At the other end, virtually nothing can with stand the full force of an EF5 tornado. Some structures that can withstand such a storm include reactor cores in nuclear power plants, rooms built into some buildings to protect from tornadoes, and most underground structures.
Structures and devices are designed to withstand various forces, such as gravity, wind, earthquakes, and other environmental conditions. Engineers use mathematical calculations and simulations to ensure that structures can withstand these forces and remain safe and stable over their lifespan.
Tornadoes cause damage largely due to their very powerful winds, which produce forces that are greater than structures or parts of structures can withstand. In a strong enough tornado, parts of destroyed structures and other objects turn into high-speed projectiles, which cause additional damage.
Tornadoes can be devastating to vegetation and man-made structures, but the ground itself is usually not affected in any significant way except in the most violent tornadoes. In rare cases tornadoes can be stroung enough to scour away the soil.
Tornadoes are destructive natural disasters, causing damage to structures, vehicles, and landscapes. They can also lead to injuries and loss of life.
Build them out of materials and to designs specified to withstand tornado force winds.
We cannot stop tornadoes from occurring or from striking communities. It may be possible to reduce the damage done, however, by building structures to standards that allow them to withstand powerful winds. Even then, few structures can survive the strongest tornadoes.
Tornadoes have very powerful winds that carry a great amount of force. The strongest tornadoes can have winds well over 200 mph, which very few structures can withstand. When tornadoes destroy structures, pieces of them can become flying debris, which adds to the damage.
Winds in tornadoes are extremely fast. Strong tornadoes can produce winds in excess of 120 mph, which can cause major damage to most structures and produce flying debris that can cause damage on impact.The very strongest of tornadoes produce winds in excess of 200 or even 300 mph. Man-made structures cannot withstand such winds.Winds in tornadoes are extremely fast. Strong tornadoes can produce winds in excess of 120 mph, which can cause major damage to most structures and produce flying debris that can cause damage on impact.The very strongest of tornadoes produce winds in excess of 200 or even 300 mph. Man-made structures cannot withstand such winds.
Gravity.
It depends on the strength of the tornado. For example, all but the weakest structures will stand up to an EF0 tornado. At the other end, virtually nothing can with stand the full force of an EF5 tornado. Some structures that can withstand such a storm include reactor cores in nuclear power plants, rooms built into some buildings to protect from tornadoes, and most underground structures.
We cannot change where or when tornadoes occur, but we can warn people so that they can get to safety and build homes and buildings that can better withstand them.
Tornadoes can cause catastrophic damage to vegetation and man-made structures.
Tornadoes change habitats by destroying vegetation and manmade structures.
Tornadoes produce extremely powerful winds which carry a great deal of force. In some cases this is too much force for a houses to withstand, and the connections holding the different parts of the house together fail.
Tornadoes do not cause natural disasters so much as they are natural disasters. Oklahoma City sits right in the heart of an area that has the highest incidence of very powerful tornadoes in the world. As a result, the Oklahoma City area has been hit by several tornadoes of F4 to F5 intensity. Tornadoes this strong generate extremely powerful winds that few structures can withstand. Pieces of destroyed structures become fast-moving debris that adds to the destruction. When these tornadoes enter a heavily populated area, such as OKlahoma City, they can destroy hundreds, if not thousands of homes and businesses. Many people may be hurt or killed in the destruction.
Some methods that do not deviate far from normal construction for small structures such as houses include hurricane ties to help secure the roof, steel anchor bolts for the foundation, and closely spaced beams in the wall. Structures made for intense tornadoes may be build with steel-reinforced concrete.