Manufacturing Of Concrete

Whether You Are A Civil Person Or Not, One Should Know About Concrete And Its Usage

What you'll learn

Production of Concrete - Batching to Finishing

Types of Concrete

Test to be conducted on Concrete - Field Test + Lab Test

Compaction Techniques and Curing Methods

Requirements

NIL

Description

The entire lifecycle of concrete, from manufacturing to transportation, laying, curing, and finishing, is a meticulous process crucial to construction. In the manufacturing phase, precise mix design is paramount, combining cement, aggregates, and water to meet stringent quality standards. Careful attention to detail ensures the concrete achieves optimal strength and durability.Transportation of the manufactured concrete to the construction site is orchestrated with efficiency, utilizing specialized vehicles like concrete mixers. Preventing segregation during transport is crucial, maintaining the desired consistency upon arrival.The laying process involves strategic coordination of placement and consolidation. Workers consider factors such as formwork, reinforcement, and environmental conditions to achieve both structural integrity and a desired surface finish.Following placement, the curing process begins to maintain ideal moisture and temperature conditions. Proper curing is pivotal for the concrete to attain its intended strength and durability, employing methods like wet curing or curing compounds as needed.Finally, the finishing phase adds aesthetic and functional touches. Surface treatments, coatings, and texture applications contribute to the overall appearance and performance of the concrete structure.This comprehensive approach, spanning manufacturing through transportation, laying, curing, and finishing, ensures that concrete meets design specifications, demonstrating a seamless integration of science and craftsmanship in construction. Each phase demands expertise, precision, and unwavering commitment to quality for a durable and resilient end product.

Overview

Section 1: Introduction

Lecture 1 Introduction- Overview of the stages involved in manufacturing

Section 2: Batching of Concrete

Lecture 2 Volume Batching of Concrete

Lecture 3 Weight Batching of Concrete

Section 3: Mixing of concrete

Lecture 4 Hand Mixing of Concrete

Lecture 5 Machine Mixing of Concrete

Lecture 6 Tilting Drum Concrete Mixer for Concrete

Lecture 7 Non tilting Drum and Reversing Drum Concrete Mixer

Lecture 8 Pan Type or Stirring Concrete Mixer

Section 4: Transportation of Concrete

Lecture 9 Mortar Pan - Wheel Barrow

Lecture 10 Crane, Bucket and Ropeway Method of Transportation of Concrete

Lecture 11 Dumpers and Belt Conveyor

Lecture 12 Chute and Skip Hoist Methods of Transportation

Lecture 13 Pump and Pipeline Method

Section 5: Placement of Concrete

Lecture 14 Placing of Concrete in Foundation

Lecture 15 Placing of Concrete in Columns, Beams and Roofs/Floors

Lecture 16 Placing of Concrete in Road Slabs and Airfield Slabs

Lecture 17 Placing of Concrete in Dams and Bridge

Lecture 18 Underwater Concreting

Section 6: Compaction

Lecture 19 Compaction of Concrete

Lecture 20 Hand Compaction of Concrete

Lecture 21 Compaction By Vibration

Lecture 22 Internal Vibrator for Compaction of Concrete

Lecture 23 Formwork Vibrator for Compaction of Concrete

Lecture 24 Table Vibrator for Compaction of Concrete

Lecture 25 Surface Vibrator for Compaction of Concrete

Lecture 26 Platform Vibrator for Compaction of Concrete

Lecture 27 Compaction by Pressure and Jolting

Lecture 28 Compaction by Spinning

Section 7: Curing Of Concrete

Lecture 29 Curing - I

Lecture 30 Water Curing of Concrete

Lecture 31 Membrane Curing of Concrete

Lecture 32 Curing by Application of Heat

Lecture 33 Steam curing at Ordinary Pressure

Lecture 34 Steam curing at High Pressure

Lecture 35 Curing By Infrared Radiation

Lecture 36 Electrical Curing of Concrete

Section 8: Finishing of concrete

Lecture 37 Finishing

Beginners to Moderate students curious to learn about Concrete