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Deformation is to make a change on somthing or alter its appearance, while deflection is to turn away from or to push aside (it's like the word deviate)
I think the question was related to engineering. Deformation and deflection are sometimes used to denote the same thing, namely, change in dimension due to load. For eg. when a string or a bar of metal is subjected to tensile load, its length increases and the change in length is called deflection or deformation. The opposite happens when a material is compressed. Similarly, the deflection of a beam can be measured when it is subjected to a transverse load. However, when the material is subjected to a complex system of loads, it may not be possible to identify a single dimension which changes. These loads could also cause a change in volume or changed shape of the original object. In this case, it is preferable to define it as a deformation rather than deflection.
What else can I help you with?
Can metamorphism occur without deformation?
Yes, metamorphism can occur without deformation. Contact metamorphism, which results from high temperatures and pressures near igneous intrusions, can happen without significant deformation of the rock. Additionally, burial metamorphism can occur due to increased pressure from overlying rocks without accompanying deformation.
During metamorphism the material undergoing deformation remains a solid?
During metamorphism, solid rocks are subjected to high temperature and pressure conditions, causing them to recrystallize and change mineralogy without melting. The material undergoes deformation through solid-state processes, such as plastic deformation and grain rotation, while maintaining its solid state.
Intense deformation and metamorphism occur in regions of intense compression These areas are associated with what type of tectonic boundary?
Intense deformation and metamorphism are associated with convergent tectonic boundaries, where two plates move towards each other and one is forced beneath the other. This process, known as subduction, leads to intense compression and the formation of mountain ranges.
Difference between regional and local metamorphism?
Regional metamorphism occurs over a large area and at high pressures and temperatures, typically associated with tectonic processes like mountain building. Local metamorphism, on the other hand, is confined to a small area and occurs at lower pressures and temperatures, often as a result of contact with a heat source like a magma intrusion.
What is the difference between low grade and high grade metamorphism?
Low grade metamorphism occurs at lower temperatures and pressures, resulting in the formation of minerals like chlorite and serpentine. High grade metamorphism occurs at higher temperatures and pressures, leading to the formation of minerals like garnet and staurolite. Additionally, low grade metamorphism typically occurs in the shallower parts of the Earth's crust, while high grade metamorphism happens at deeper levels.
Can metamorphism occur without deformation?
Yes, metamorphism can occur without deformation. Contact metamorphism, which results from high temperatures and pressures near igneous intrusions, can happen without significant deformation of the rock. Additionally, burial metamorphism can occur due to increased pressure from overlying rocks without accompanying deformation.
What are the processes involve in the formation of rocks?
Heating, pressurization, deformation, recrystallization, and metamorphism.
What is the difference between contact and metamorphism?
Contact metamorphism is metamorphism that happens when preexisting rock comes in contact with a molten rock or magma and it melts locally.Regional metamorphism is metamorphism happens when two plates collide the plate that subducts can melt by the heated area.
During metamorphism the material undergoing deformation remains a solid?
During metamorphism, solid rocks are subjected to high temperature and pressure conditions, causing them to recrystallize and change mineralogy without melting. The material undergoes deformation through solid-state processes, such as plastic deformation and grain rotation, while maintaining its solid state.
Difference between Stress relaxation test and creep test?
Creep - increase in deformation while load is cst Relaxation - decrease in load while deformation is cst.
What 4 processes change rock inside the earth?
1. Weathering. 2. Metamorphism. 3. Deformation. 4. Erosion.
What is the difference between elastic deformation and ductile deformation?
Elastic deformation is reversible and occurs when a material is stretched but returns to its original shape once the stress is removed. Ductile deformation, on the other hand, is permanent and occurs when a material is stretched beyond its elastic limit, resulting in plastic deformation that changes the material's shape permanently.
What has the author Elizabeth A Downie written?
Elizabeth A. Downie has written: 'Structure and metamorphism in the Cavendish area, north end of the Chester dome, Southeastern Vermont' -- subject(s): Rock deformation, Metamorphism (Geology)
What is the difference between yield stress and proof stress?
yield stress is the maximum resistance to deformation per unit area and proof stress is the allowable resistance to deformation per unit area.
What is the difference between regional and contact metamorphism?
Regional metamorphism is the creation of metamorphic rock from large geographically significant processes like plate tectonics. Contact metamorphism is the creation of metamorphic rock from the proximity of an existing rock to a heat source provided by a plutonic intrusion.
What is difference between the difference between brittleness and hardness?
Hardness measures a material's ability to resist permanent deformation, whereas brittleness measures a material's tendency to fail or break without undergoing significant deformation. In other words, hardness relates to the resistance to scratching or indentation, while brittleness relates to the tendency to fracture.
Intense deformation and metamorphism occur in regions of intense compression These areas are associated with what type of tectonic boundary?
Intense deformation and metamorphism are associated with convergent tectonic boundaries, where two plates move towards each other and one is forced beneath the other. This process, known as subduction, leads to intense compression and the formation of mountain ranges.
