Podcast
Questions and Answers
What is compaction in the context of geotechnical engineering?
What is compaction in the context of geotechnical engineering?
Which of the following is NOT a reason why soils at a given site may be less than desirable for the intended purpose?
Which of the following is NOT a reason why soils at a given site may be less than desirable for the intended purpose?
What is often the most economical alternative for improving the properties of soil at a given site?
What is often the most economical alternative for improving the properties of soil at a given site?
In which scenario is compaction particularly important as an engineering process?
In which scenario is compaction particularly important as an engineering process?
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How is the degree of compaction measured?
How is the degree of compaction measured?
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Compaction is the densification of soils by removal of air through the application of mechanical energy. The degree of compaction is measured in terms of its dry unit ______
Compaction is the densification of soils by removal of air through the application of mechanical energy. The degree of compaction is measured in terms of its dry unit ______
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SOIL COMPACTION 🖸 Compaction is also very important when soil is used as an engineering material, that is the structure itself is made of ______. Ex. ▪ Earth dams ▪ Highways ▪ Airfields ▪ etc.
SOIL COMPACTION 🖸 Compaction is also very important when soil is used as an engineering material, that is the structure itself is made of ______. Ex. ▪ Earth dams ▪ Highways ▪ Airfields ▪ etc.
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In Geotechnical engineering practice, the soils at a given site are often less than desirable for the intended purpose. They may be: ❑ Weak (strength) ❑ Highly ______ ❑ Have a high permeability
In Geotechnical engineering practice, the soils at a given site are often less than desirable for the intended purpose. They may be: ❑ Weak (strength) ❑ Highly ______ ❑ Have a high permeability
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The third alternative may be in most cases the most economical alternative. There are different techniques for improvement of soils (This subject is covered in details in CE 486 “Improvement of Geotechnical Materials”). We will consider in this course only ______.
The third alternative may be in most cases the most economical alternative. There are different techniques for improvement of soils (This subject is covered in details in CE 486 “Improvement of Geotechnical Materials”). We will consider in this course only ______.
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SOIL COMPACTION 🖸 In Geotechnical engineering practice, the soils at a given site are often less than desirable for the intended purpose. They may be: ❑ Weak (strength) ❑ Highly ______ ❑ Have a high permeability
SOIL COMPACTION 🖸 In Geotechnical engineering practice, the soils at a given site are often less than desirable for the intended purpose. They may be: ❑ Weak (strength) ❑ Highly ______ ❑ Have a high permeability
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Study Notes
Soil Compaction
- Compaction is the densification of soils by removal of air through the application of mechanical energy.
Importance of Compaction
- Compaction is particularly important when soil is used as an engineering material, such as in the construction of earth dams, highways, airfields, etc.
Undesirable Soil Properties
- Soils at a given site may be less than desirable for the intended purpose due to being:
- Weak (strength)
- Highly compressible
- Having a high permeability
Improving Soil Properties
- The most economical alternative for improving soil properties is often compaction.
- There are different techniques for soil improvement, but only compaction will be considered in this course.
Measuring Compaction
- The degree of compaction is measured in terms of its dry unit weight.
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Description
Test your knowledge of soil compaction in geotechnical engineering with this quiz. Explore the challenges of weak, compressible, and permeable soils, and discover solutions such as relocation, structural design, and soil stabilization.
