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Courses tagged 'Civil Engineering, Sem 3'
tagged with 'Civil Engineering, Sem 3'
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Building Planning and Computer- aided Civil Engineering drawing
Computer-Aided Drafting (CAD) has revolutionized the AEC industries by streamlining design and drafting processes. The chapter covers essential CAD software tools, basic commands, coordinate systems, and techniques critical for civil engineering applications. It also discusses best practices for effective and efficient drafting while introducing 3D modeling and plotting techniques.
Abraham
Fluid Mechanics - Vol 3
The chapter covers the fundamental concepts of drag and lift forces in fluid mechanics, exploring their definitions and applications in various scenarios, including sports and engineering design. It emphasizes the role of coefficients of drag and lift, as well as their dependence on factors like shape, velocity, and Reynolds number. Real-life examples illustrate these concepts, culminating in practical exercises and activities that deepen understanding of drag and lift phenomena.
Abraham
Surveying and Geomatics
The chapter introduces key concepts in image interpretation, outlining the significance of texture, pattern, shape, size, shadow, and site/association. It further explores digital image interpretation methods, emphasizing the differences between visual and digital techniques, and details the processes of image pre-processing, enhancement, transformations, and classification. An assessment of accuracy is critical for evaluating the quality of classified maps derived from remote sensing data.
Abraham
Civil Engineering Materials, Testing & Evaluation - Vol 1
Concrete mix design involves a systematic process to determine the ideal combination of ingredients for concrete production, focusing on achieving desired workability, strength, durability, and cost efficiency. The chapter covers fundamental principles guiding mix design, factors influencing it, and the importance of adhering to standards. Additionally, it addresses various mix design methods, adjustments needed during production, and the environmental considerations in concrete manufacturing.
Abraham
Mechanics of Deformable Solids
Pressure vessels are designed to contain liquids or gases under significant pressure changes compared to ambient conditions. This chapter explores the mechanics of thin-walled and thick-walled cylinders, spherical shells, and combined thermo-mechanical stresses in pressure vessels. It also examines the applications of these principles in real-world scenarios, particularly in boilers, highlighting the importance of material selection and adherence to design codes for safety and performance.
Pavan
Fluid Mechanics - Vol 1
The chapter focuses on the principles of fluid mechanics, particularly the behavior of fluid in pipes and open channels. It discusses the concepts of hydraulic and energy gradients, pressure heads, and the mechanical energy exchange in flowing systems like pumps and turbines. The significance of energy losses due to friction and other factors in hydraulic systems is also explored.
Abraham
Structural Engineering - Vol 1
The chapter highlights the importance of understanding structural materials, particularly steel and concrete, in structural analysis and design. Key characteristics of various structural materials, such as properties of steel and concrete, including their yield stress, densities, and shapes, are discussed in detail. The relevance of residual stresses in steel and the compressive and tensile strengths of concrete are also covered, underscoring their critical role in construction.
Abraham
Concrete Technology
The production of concrete involves a systematic process that ensures desired strength, durability, and performance through stages such as batching, mixing, transporting, placing, compacting, finishing, and curing. Understanding these stages is critical for civil engineers to produce high-quality concrete while maintaining compliance with quality control standards and incorporating sustainable practices.
Abraham
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