degree of cementation

USAGE SUMMARY

The phrase "degree of cementation" is correct and usable in written English.
It can be used in contexts related to geology, construction, or materials science to describe the extent to which particles are bound together by cementing materials. Example: "The degree of cementation in the sedimentary rock affects its overall strength and durability."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

13 human-written examples

The degree of cementation of the beach calcarenites was between weak and medium.

Ocean Engineering

As such, facies were defined by a combination of matrix color, degree of cementation and sedimentological characteristics.

CATENA

The permeability of a rock is dependent on the geometric properties of the rock, such as porosity, shape and size distribution of constituent rock grains, and degree of cementation of the rock.

Encyclopedia Britannica

The dependence of m on the degree of cementation is not as strong as its dependence on the shape of grains and pores.

Journal of Petroleum Science and Engineering

This led to the definition of an empirical relationship between jacking forces and the degree of cementation in the ground that can be usefully used at the design analysis stage to predict jacking forces.

Tunnelling and Underground Space Technology

On the reservoir scale, numerical simulations indicate that strata-bound convective flow in the Rhaetian reservoir, driven by temperature differences due to the topography of the aquifer, is insufficient to explain the observed high degree of cementation.

International Journal of Rock Mechanics and Mining Sciences

Human-verified similar examples from authoritative sources

Similar Expressions

47 human-written examples

The revised model is then employed to simulate and predict the behaviour of cemented clay with various degrees of cementation and confining stresses.

Computers and Geotechnics

However, coring revealed varying degrees of cementation.

Journal of Contaminant Hydrology

The objective of this study is to elucidate the residual strength characteristics of artificial bedding planes that model the actual behaviour of slip surfaces occurring between two layers with different degrees of cementation.

Soils and Foundations

In the central part of the Baltic Basin these quartz arenites are heavily cemented by quartz and the degree of quartz cementation is the main control on reservoir properties.

Sedimentary Geology

The sandstone/shale ratio and thickness of sandstone bodies control the location and the degree of quartz cementation and thus reservoir quality.

Sedimentary Geology

Expert writing Tips

Best practice

When describing geological samples, specify the "degree of cementation" alongside other properties like porosity and permeability to provide a comprehensive characterization of the material.

Common error

Avoid using vague terms like "well-cemented" without quantifying or qualifying the "degree of cementation". Providing specific measurements or descriptive scales (e.g. weak, moderate, strong) enhances clarity and precision.

Linguistic Context

The phrase "degree of cementation" functions as a noun phrase that quantifies the extent to which particles in a material are bound together by cementing agents. The Ludwig AI confirms its usability in written English.

Expression frequency: Uncommon

Frequent in

Science

90%

Encyclopedias

6%

News & Media

4%

Less common in

Formal & Business

0%

Wiki

0%

Social Media

0%

Ludwig's WRAP-UP

The phrase "degree of cementation" is a grammatically sound and scientifically relevant term used to describe the extent to which particles are bound together within a material. Ludwig AI confirms its proper usage, mainly in scientific and engineering contexts. While alternatives like "level of cementation" or "extent of cementation" exist, the key is to use the term consistently and with specific qualifiers to avoid vagueness. Understanding the "degree of cementation" is vital for accurate material characterization and predictive modeling in diverse applications.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

level of cementation

Focuses on the measure or stage of cementation achieved.

extent of cementation

Emphasizes the range or scope of the cementation process.

intensity of cementation

Highlights the strength or force of the cementation process.

strength of cementation

Directly refers to the firmness and durability resulting from cementation.

degree of consolidation

Indicates the level to which loose material has been compacted and hardened.

state of cementation

Refers to the current condition or phase of the cementation process.

progression of cementation

Focuses on the advancement and development of the cementation process.

stage of cementation

Indicates a specific point or phase in the cementation process.

amount of cementation

Refers to the quantity or proportion of cement present.

degree of induration

Describes the hardening or firming of a substance, similar to cementation.

FAQs

How is the "degree of cementation" measured?

The "degree of cementation" can be assessed through various methods, including visual inspection using descriptive scales (e.g., weak, moderate, strong), or quantitative techniques like compressive strength testing or petrographic analysis.

What factors influence the "degree of cementation" in sedimentary rocks?

Several factors influence the "degree of cementation", including the composition and amount of cementing agents (e.g., calcite, quartz, iron oxides), the availability of pore space, temperature, pressure, and the presence of reactive fluids.

What are some synonyms for "degree of cementation"?

Alternatives to "degree of cementation" include "level of cementation", "extent of cementation", or "strength of cementation", depending on the specific aspect you want to emphasize.

How does the "degree of cementation" affect rock properties?

The "degree of cementation" significantly impacts rock properties such as strength, durability, porosity, and permeability. Higher cementation generally leads to increased strength and reduced porosity and permeability.