Science, asked by 810837, 1 day ago

How would you change the Flowing Lava Model to make it more like the actual geologic process on Earth?

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Answered by RajClass6
5

Answer:

The methods that have been attempted to control lava flows are hydraulic chilling and wall construction. Differentiate between ash falls, lateral blasts, and pyroclastic flows.

Answered by Jasleen0599
1

Hydraulic Grab and D-wall Construction

Hydraulic Grab for D-wall Construction Change the Flowing Lava Model to make it more like the actual geologic process on Earth.

  • One type of energy geostructure that uses the shallow ground energy for heating and cooling buildings is embedded retaining walls with ground heat exchangers. Although mechanical wall behaviour and related ground reaction have received less attention in previous studies, thermal assessment of energy barriers still receives the majority of attention. For evaluating the long-term mechanical performance of energy barriers, there is currently no accepted preliminary code.
  • Energy foundations make use of the thermal energy that is naturally stored beneath to heat and/or cool buildings' interior spaces. Using this method, carbon dioxide gas emissions can be reduced. The impact of cyclic heating and cooling on the structural performance of thermo-active diaphragm walls have, however, received very little attention (thermal walls). Through the use of a finite element analysis, the long-term behaviour of a thermal wall is examined in this study.
  • Analysis is done on the intricate thermo-hydro-mechanical (THM) responses brought on by the thermal wall's operation. The dissipation of the extra pore pressure generated by the building causes the earth pressure and wall movement to alter even when the thermal wall is not operating. However, the only significant modification.
  • When a liquid rock freezes into a solid rock, igneous rock is created. When this molten substance is underground, it is known as magma, and when it is on the surface, it is known as lava. The mantle and crust of the Earth are by nature solid; only the outer core of the planet is liquid.
  • However, a few tiny pockets of magma do occasionally occur close to the surface where melting is caused by geological processes. This magma serves as the starting point for igneous rocks and volcanoes. This chapter will go over igneous rock classification, distinct magma formation methods, different types of volcanoes and volcanic processes, volcanic risks, and igneous landforms.

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