What role does 'geotechnical engineering' serve in highway construction?

What role does 'geotechnical engineering' serve in highway construction?

• A. It assists in traffic management planning
• B. It evaluates soil stability, strength, and suitability for construction
• C. It designs the aesthetic features of the highway
• D. It manages the project's financial red tape

Answer: (B)

In highway construction, geotechnical engineering plays a crucial role in evaluating the physical properties and conditions of the soil and rock beneath and surrounding the construction site. This field of engineering focuses on understanding soil stability, strength, and suitability for construction through various assessments and tests. By determining these factors, geotechnical engineering informs decisions regarding the design and construction of roadways, embankments, foundations, and retaining structures. It is essential for ensuring that the highway can withstand loads, resist settlement, and maintain safety over its lifespan. For example, a thorough geotechnical investigation will assess soil bearing capacity, which is vital for designing support structures that can carry the weight of traffic without risk of failure. Other roles mentioned, such as traffic management planning, aesthetic design, and project financial management, do not directly relate to the fundamental concerns of stability and support that geotechnical engineering addresses. This emphasis on soil and rock characteristics makes it a foundational element in ensuring the safety and longevity of highway construction projects.

In highway construction, geotechnical engineering plays a crucial role in evaluating the physical properties and conditions of the soil and rock beneath and surrounding the construction site. This field of engineering focuses on understanding soil stability, strength, and suitability for construction through various assessments and tests.

By determining these factors, geotechnical engineering informs decisions regarding the design and construction of roadways, embankments, foundations, and retaining structures. It is essential for ensuring that the highway can withstand loads, resist settlement, and maintain safety over its lifespan. For example, a thorough geotechnical investigation will assess soil bearing capacity, which is vital for designing support structures that can carry the weight of traffic without risk of failure.

Other roles mentioned, such as traffic management planning, aesthetic design, and project financial management, do not directly relate to the fundamental concerns of stability and support that geotechnical engineering addresses. This emphasis on soil and rock characteristics makes it a foundational element in ensuring the safety and longevity of highway construction projects.