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Destruction of metallic (especially from iron or iron alloys) structures.
Cutting torches
Architecture is the science of designing and building large structures. Architecture is important in designing sturdy and safe structures to mitigate possible destruction caused by natural phenomena such as earthquakes and typhoons.
The destruction in Constantinople allowed him to build new structures representative of his reign.
Shimon Ben-Eliezer has written: 'Destruction and renewal' -- subject(s): Buildings, structures, Synagogues
Tornadoes can destroye structures and cause varying degrees of damage. Te extent of damage depends on the strength of the tornado and the type and quality of the structure. Damage can range from minor loss of roofing and siding, to the loss of the roof, to complete destruction. Some structures may be completely blown away.
The effects when a tornado touches the ground, include damage or destruction of vegetation an man-made structures and humans and animals killed or injured.
Tornadoes produce very strong winds that can tear structures apart. People are typically killed by flying debris or collapsing buildings.
The primary destructive force in a tornado is wind. The intensity varies, but the wind in a strong enough tornado can easily carry more force than most structures can withstand. Some pieces of destroyed structures can then turn into high-speed debris, which adds to the destruction.
- massive increase in the death rate of people. - The destruction of buildings and structures and so needing so much money to rebuild what has been damaged.
Rust has an important contribution in the destruction of metallic components and structures in all fields of technology. Serious rust damage can effect the integrity of the chassis and body strength.
Depending on the type of structure and the strength of the tornado damage can range from roof damage and broken windows to the complete destruction of well-built structures.