cementation
- noun
- /sɪˌmɛnˈteɪʃən/
- Specialized
- It is known that the products of cement have higher strength and cementation than clay particles, which causes the increase in strength of reinforced soil cement.
- cementation of particles
Examples
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The cementation of soil particles improves the stability of the ground for building projects.
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During these stages, the plasticity of the soil is reduced and cementation of particles is made.
Academic text (2016) -
The greater bonding and friction between the surface of fibers and the cementation material cause the increase in the tensile strength of reinforced soil cement.
Academic text (2016) -
It was explained above that by adding cement to soil, the hydration products of cement cause cementation between the particles of soil and produce a mixture with strength greater than that of clay soil.
Academic text (2016) -
These processes change the electrical charges around the particles of soil and cause a link between the calcium silicate and aluminate hydration products and soil particles, which is called the cementation stage.
Academic text (2016) -
In geology, cementation is essential as it forms solid rock from loose sediment by binding particles together.
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During the process of cementation, mineral deposits fill the spaces between grains, resulting in a harder rock formation.
Synonyms
Small pieces of rock or sand become hard and form a solid mass
Loose minerals or sediments come together to make a hard mass
How Cemented
- Specialized
- Specialized
Surface Forms
Morphology
Etymology
Cementation comes from the Latin caementum, 'broken stone', and the modern word cement. In geology it means minerals act like a natural 'glue' that binds sand and soil into hard rock, so loose grains become solid stone.