Introduction: In the dynamic world of construction, where durability and versatility are paramount, steel liner panels have emerged as a game-changer. These robust components have become increasingly popular for their ability to enhance the structural integrity of buildings while offering a range of benefits that contribute to both functionality and aesthetics. The Basics of Steel … Read more
Applications are invited for a Walk-in interview for the following post(s) in the project entitled “Geopolymerization of fine fraction obtained from bio-mining of legacy waste from an old MSW dumpsite” at the Department of Civil Engineering, IIT Guwahati. Date: 10-11-2023 (Friday) Time: 10.30 am Venue: Walk-in Interview (Meeting room, Civil Engineering Dept.) Designation SRF(Direct) Number … Read more
What is Closely-Spaced Modes: The natural modes of oscillation of a structure, whose natural frequencies differ from each other by 10 percent or less of the lower frequency. What is damping? The effect of internal friction, inelasticity of materials, slipping, sliding, etc. in reducing the amplitude of oscillation, expressed as a fraction of critical damping. … Read more
Tunnel waterproofing is crucial for preventing water infiltration into underground structures like tunnels, as water ingress can lead to structural damage, a reduced lifespan, and safety hazards. Different types of waterproofing membranes are used to address these challenges, each with its own set of advantages and disadvantages. Here’s an overview of some common types: The … Read more
Designing a steel liner involves careful consideration of various factors, including the purpose of the liner, the materials and loads it will be exposed to, and the structural requirements. Steel liners are commonly used in applications such as industrial tanks, pipelines, tunnels, and storage structures. Here are the key steps and considerations for designing a … Read more
The Plate Load Test (PLT) is a geotechnical test with various applications in civil engineering and construction. It is primarily used to evaluate the bearing capacity and settlement behavior of soils, and it provides critical data for the design and construction of foundations, pavements, and other structures. Here are some key applications of the Plate … Read more
Conducting a Plate Load Test (PLT) on rock is not a typical procedure because rocks are generally considered extremely hard and do not exhibit significant deformation or settlement under load compared to soils. PLTs are primarily used to assess the bearing capacity and deformation characteristics of soils and granular materials. However, if you have a … Read more
The limitations of the plate load test are as follows:• As the width of the bearing plate is very small compared with the actual foundation, it only provides an estimate of the bearing capacity up to a depth of twice the width of the bearing plate.• Since the plate load test is conducted over a … Read more
The Plate Load Test is a widely-used field test designed to determine soil’s ultimate bearing capacity and its expected settlement under specific loads. This test holds significant importance in the selection and design of shallow foundations. Plate Load Test – Equipment, Procedure, Calculation Advantages of the Plate Load Test The Plate Load Test offers several … Read more
The cost of a Plate Load Test (PLT) can vary significantly depending on several factors, including location, project specifics, soil conditions, and the complexity of the test. Here are some key factors that can influence the cost of a PLT: To get an accurate cost estimate for a Plate Load Test, it’s essential to contact … Read more