What is reinforcement in civil engineering? Reinforcement in civil engineering means to add additional materials such as steel, fabrics, or geosynthetics products to concrete or other such construction materials to improve the overall strength and durability of the foundation. In a layman language, reinforcement means incorporating these substances to improve the structural aspects of constructions… Continue reading Reinforcement
Reinforced soil walls (RSWs), also known as mechanically stabilized earth (MSE) walls, are innovative structures that integrate soil with reinforcement materials to enhance stability and support for various applications in civil engineering. RSWs are commonly used as they resist lateral soil pressure from different granular materials or earth fills. They offer a cost-effective solution and… Continue reading Reinforced soil wall
Reinforced soil: techniques, applications, and benefits in civil engineering Reinforced soil or soil reinforcement is a topic of major importance in civil engineering and provides modern advancements to enhance soil mechanical behavior by giving additional internal structures. What is meant by reinforced soil? Reinforced soil is the composite material of natural soil and man-made fibrous… Continue reading Reinforced soil
What are railway beds? Railway beds are the structural foundation that reinforces the railway tracks and trains. They are also known as track beds or track foundations. It consists of components like ballast, ties and subgrade. Track beds play an indispensable role in ensuring the stability, safety, and performance of rail systems. These beds support… Continue reading Railway beds
The concept of pull-out resistance plays an essential role in geotechnical engineering and construction projects. It determines how well geosynthetics and soil anchors stay firmly lodged under tension. Proper pull-out resistance is vital for ensuring the safety and stability of structures as it assists in the prevention of failures and thereby structural integrity. It is… Continue reading Pull out resistance
Introducing Prefabricated Vertical Drains marked a pivotal advancement in ground improvement techniques, particularly in large-scale construction practices for drainage systems where traditional methods proved inefficient and costly. The notable adoption of PVD technology across diverse engineering sectors, including infrastructure development, land reclamation, and mining, underscores their importance in modern geotechnical engineering. These vertical drains are… Continue reading Prefabricated Vertical Drain
What are pond ash embankments? Pond ash embankment is a human built structure from pond ash. It is a byproduct of coal combustion in thermal power plants. Pond ash embankments can be used for a variety of applications, including: Constructing roads and highways Raising the level of land Creating landfills… Continue reading Pond ash embankment
Polyester geogrids, a specialised category of geosynthetics, are the core of applications like soil reinforcement and structural support in civil engineering. This article has deep dive details of polyester geogrids in terms of properties and their production processes, along with applications and advantages they hold in the field of civil engineering. Polyester geogrid: Definition Polyester… Continue reading Polyester geogrid
In the constantly changing environment of civil engineering, pavement design is important in establishing structures that will stand the test of time. Whether you’re driving around a big city or riding on a country interchange, the moving surface you are on is a product of art and science. The roads are continuously becoming congested and… Continue reading Pavement design
What do paved roads mean? Paved roads are the most common engineered surfaces created using materials like asphalt or concrete designed to provide better transportation facilities. Paved roads withstand heavy loads and reduce the wear and tear on vehicles leading to increased mobility.Today, approximately 94% roads utilize asphalt, a testament to its cost-effectiveness and adaptability… Continue reading Paved roads
