Diploma In Concrete Technology l Be a Concrete Technologist

Diploma In Concrete Technology l Be a Concrete Technologist, available at $89.99, has an average rating of 4.35, with 97 lectures, based on 227 reviews, and has 5038 subscribers.

You will learn about Cement & Its Types Test to be conducted on Cement – Field Test + Lab Test Manufacturing of Cement – Ingredients , Function & Properties of Cement Admixtures- Chemical & Mineral Workabiliy , Segregation & Bleeding Production of Concrete – Batching to Finishing ! This course is ideal for individuals who are Civil Engineeering students in Final & Pre final year or Civil Engineering Students Apprearing for Interviews or Students Having Keen Intrest in Concrete Technology or Students Who are about to Join Engineering Domain It is particularly useful for Civil Engineeering students in Final & Pre final year or Civil Engineering Students Apprearing for Interviews or Students Having Keen Intrest in Concrete Technology or Students Who are about to Join Engineering Domain.

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Summary

Title: Diploma In Concrete Technology l Be a Concrete Technologist

Price: $89.99

Average Rating: 4.35

Number of Lectures: 97

Number of Published Lectures: 97

Number of Curriculum Items: 97

Number of Published Curriculum Objects: 97

Original Price: ?999

Quality Status: approved

Status: Live

What You Will Learn

Cement & Its Types

Test to be conducted on Cement – Field Test + Lab Test

Manufacturing of Cement – Ingredients , Function & Properties of Cement

Admixtures- Chemical & Mineral

Workabiliy , Segregation & Bleeding

Production of Concrete – Batching to Finishing !

Who Should Attend

Civil Engineeering students in Final & Pre final year

Civil Engineering Students Apprearing for Interviews

Students Having Keen Intrest in Concrete Technology

Students Who are about to Join Engineering Domain

Target Audiences

Civil Engineeering students in Final & Pre final year

Civil Engineering Students Apprearing for Interviews

Students Having Keen Intrest in Concrete Technology

Students Who are about to Join Engineering Domain

Syllabus of the Course

1. Module-1 Concrete Ingredients Cement

Concrete Ingredients Cement –

Cement manufacturing process, steps to reduce carbon footprint, chemical composition and their importance, hydration of cement, types of cement. Testing of cement. Fine aggregate: Functions, requirement, Alternatives to River sand, M-sand introduction and manufacturing. Coarse aggregate: Importance of size, shape and texture. Grading and blending of aggregate. Testing on aggregate, requirement. Recycled aggregates Water – qualities of water. Chemical admixtures – plasticize-rs, accelerators, retarders and air entertaining agents. Mineral admixtures – Pozzolanic and cementitious materials, Fly ash, GGBS, silica fumes, Meta kaolin and rice husk-ash.

2. Module-2 Fresh Concrete Workability

Fresh Concrete Workability-

factors affecting work ability. Measurement of work ability–slump, Compaction factor and Vee-Bee Consistometer tests, flow tests. Segregation and bleeding. Process of manufacturing of concrete- Batching, Mixing, Transporting, Placing and Compaction. Curing – Methods of curing – Water curing, membrane curing, steam curing, accelerated curing, self- curing. Good and Bad practices of making and using fresh concrete and Effect of heat of hydration during mass concreting at project sites.

3. Module-3  Concrete Mix Proportioning

Concrete Mix Proportioning

Concept of Mix Design with and without admixtures, variables in proportioning and Exposure conditions, Selection criteria of ingredients used for mix design, Procedure of mix proportioning. Numerical Examples of Mix Proportioning using IS-10262:2019.

Concrete Technology

Concrete is a construction material composed of cement, fine aggregates (sand) and coarse aggregates mixed with water which hardens with time. Portland cement is the commonly used type of cement for production of concrete. Concrete technology deals with study of properties of concrete and its practical applications.

The main items we’ll focus on in this course are:

Cement – Types & Roles of Different Ingredients

Manufacturing of Cement – Dry & Wet Process

The influence of admixtures and aggregates

Properties of fresh and hardened concrete

Work ability, settlement, bleeding and Segregation

Production of Concrete

Course Curriculum

Chapter 1: Concrete Ingredients – Basics of Cement & Its Propeties – Module 1

Lecture 1: Ingredients of Cement – Recipe for Cement Production

Lecture 2: Significance of Cement Ingredients

Chapter 2: Manufacturing of Cement & its Types

Lecture 1: Dry Process of cement Manufacturing

Lecture 2: Wet process of Cement Manufacturing

Lecture 3: Bouges Compounds – The real Ingredients of Cement

Lecture 4: Importance of Bouges Compounds & their Significance

Lecture 5: Pozzolona – A Friend of Cement

Lecture 6: How Much Water Does Cement Require ?

Chapter 3: Testing of Cement – Is cement fresh or Old ?

Lecture 1: Field Test of Cement – Quick Tests to Check Quality of Cement

Lecture 2: Fineness Test on Cement – Outdated Test

Lecture 3: Consistency Test on Cement – The Gate Way to Other Test

Lecture 4: Initial & Final Setting Time Test On Cement

Lecture 5: Compressive Test On Cement Mortar – The Real Test on Cement Mortar

Chapter 4: Types of Cement- Which to Use for Construction ?

Lecture 1: Types of Cement – Part 1

Lecture 2: Types of Cement – Part 2

Lecture 3: Types of Cement – Part 3

Chapter 5: Test On Aggregate – Coarse & Fine Aggregate

Lecture 1: What is Mortar ? Importance of Adding Sand in Mortar !!

Lecture 2: Why Stone Buildings Are Not used in 21st Century !!!

Lecture 3: How Aggrgtes are Classified Based on Origin, Size & Shape

Lecture 4: Grading of Aggragtes – Why Grading has to be Done ?

Lecture 5: Fineness Modulus of Aggregates – What is the Size of Aggregate ?

Lecture 6: Seive Analysis of Fine & Coarse Aggregate

Lecture 7: Elongation & Flakiness Index Test on Aggreagte

Lecture 8: Aggregate Crushing value Test

Lecture 9: Aggregate Impact value Test

Lecture 10: Aggregate Abrasion value Test

Chapter 6: Admixtures- The Boon to Concrete to Increase Workabiliy

Lecture 1: Importance of Admixtures For Concrete in Construction Industry

Lecture 2: Accelerators & its Importance

Lecture 3: Retarders & its Importance

Lecture 4: Plasticizers & Super Plasticizers !! – The Real Brothers of Concrete

Lecture 5: Air Entraining Admixtures

Chapter 7: Mineral Admixtures – The Waste Product From Industry

Lecture 1: Fly-Ash & its Importance

Lecture 2: GGBS + Silica Fume + Metakaolin + Rice Husk Ash – The Family of Pozzolonas

Lecture 3: Importance of Water Quality on Concrete

Lecture 4: Alternative to River Sand – M-Sand

Chapter 8: Fresh Properties of Concrete l Green Concrete ll Module 2

Lecture 1: Requirement of Fresh Concrete

Lecture 2: Workability – The Hidden flavour of Concrete

Lecture 3: Water Content & its Effects on Workability

Lecture 4: Surface Area of Aggregates & its Effects on Workability

Lecture 5: Admixtures & its Effects on Workability

Chapter 9: Testing of Workability on Concrete – Field Test +Lab test

Lecture 1: Slump Test on Concrete

Lecture 2: Practical Use of Slump Test on Field in Contruction Industry

Lecture 3: Compaction Factor Test on Concrete

Lecture 4: Vee – Bee consistometer Test on Concrete – Very Low Workability & Dry Concrete

Chapter 10: Precautions to be Taken While Pouring Concrete -Dos & Donts While Concreting

Lecture 1: Segreagtion & Its Effects on Concrete – The Enemy Of Concrete

Lecture 2: Bleeding In concrete -The 2nd Enemy of Concrete !

Chapter 11: Manufacturing of Concrete

Lecture 1: Steps Involved in Concrete Manufacturing

Lecture 2: Volumetric Batching : Application on Site

Lecture 3: Weight Batching – Apllication on Site

Lecture 4: Difference Between Volumteric & Weight Batching

Lecture 5: Bulking of Sand & its Importance

Chapter 12: How Concrete Should be Mixed

Lecture 1: Types of Mixing & Hand Mixing Procedure

Lecture 2: Machine Mixing & its Types

Lecture 3: Tilting & Non Tilting Type Mixers

Lecture 4: Reversing Drum, Pan Mixers & Continous Mixers

Lecture 5: Transportation of concrete

Lecture 6: Placing of Concrete

Lecture 7: Compaction of Concrete – Hand Compaction & its Types

Lecture 8: Types of Vibrators- Needle + Form vibrators

Lecture 9: Types of Vibrators- Surface + Table Vibrators

Lecture 10: Finishing of Concrete Surface – Screeding, Floating & Trowelling

Chapter 13: Curing for Concrete – The Life Saver of Concrete

Lecture 1: Curing , why it has to be Done & Types of Curing

Lecture 2: Water Curing – Immersion + Ponding + Spraying of Water

Lecture 3: Steam Curing – Types & its Applications

Lecture 4: Infrared & Electrical Curing

Chapter 14: Module 3- Hardedned Properties of Concrete

Lecture 1: Properties of Hardened Concrete

Lecture 2: Factors Affecting Strength of Concrete

Lecture 3: Concept of Maturity l what is Maturity in Concrete ?

Lecture 4: Numerical on Maturity of Concrete l when to remove Formwork ?

Lecture 5: what is Gel Space Ratio l Importance of Gel Space Ratio

Lecture 6: Tests on Hardened Concrete l Compressive Test l Flexural Test l Split Tensile

Lecture 7: Compressive Testing on Cube

Lecture 8: Compressive testing Part 2- Why to Use Cylinder and not Cube

Lecture 9: Flexural Test on Beam Part 1

Lecture 10: Flexural Test on BEam Part 2

Lecture 11: Split tensile Strength Test

Lecture 12: What is Creep l Creep in Concrete Structures l

Lecture 13: Factors Affecting the Creep of Concrete l Long term Effect

Lecture 14: What is Shrinkage in Concrete l Types of Shrikage l How to reduce Shrinkage

Lecture 15: What is drying shrinkage l Factors Affecting Shrinkage l

Lecture 16: Durability of Concrete l How to take care of Durability l IS 456-2000 Clauses

Lecture 17: Sulphate Attack on Concrete l How to Reduce Sulphate Attack

Lecture 18: Chloride Attack on Concrete l How to Reduce Chloride Attack on Concrete

Lecture 19: Carbonation of Concrete l How to reduce Carbonation in Concrete

Lecture 20: Acid Attack on Concrete l Freezing & Thawing l How to control it ?

Lecture 21: What is Non Destructive Testing l Advantages & Dis Advantages

Instructors

Akshay Kamath
B.E [ Civil Engineering ] MTech [ Structural Engineering ]

Rating Distribution

1 stars: 4 votes

2 stars: 2 votes

3 stars: 21 votes

4 stars: 69 votes

5 stars: 131 votes

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