# Strength of materials & Structures from Basic to advance

Updated on Sep, 2023

Language - English

Training 5 or more people ?

## Course Description

Hello everyone

In this course, you will learn in detail how you can do all engineering calculations in second with good accuracy.

as we all know MS Excel or Google sheet has so many formulas but nobody can learn all formulas or don't need to be learn all formulas  because all formulas have divided into so many different categories means like excel formulas for an accountant , excel formulas for data analysis, formulas for engineers

so if you are an engineer then you need to calculate so many thing like

I) Strength of material & Structures

you can do this all calculation with excel formulas in few second and most important if some calculation base change then you can edit in formulas figure or you can make your own formulas with your preset

so in simple way this course increase your productivity and accuracy

This course is designed by an engineer who has total of 30 year experience of engineering and 15 years of experience of excel in the real-life project, not just theatrical knowledge

### Goals

What will you learn in this course:

• Professional engineers can do all calculations related to machine design, Thermodynamics
• Hydraulics engineering Structural engineering, Cost estimations & any thing they need to make the work to consume less time & work become easier.

### Prerequisites

What are the prerequisites for this course?

• It is necessary to know basic computer usage.

## Curriculum

Check out the detailed breakdown of what’s inside the course

43 Lectures
• Lesson-01 This chapter teaches you how to start the program 31:12 31:12
• Lesson 2 Using a key board for certain operation 44:58 44:58
• Lesson 03 Merging Rows & columns 29:15 29:15
• Lesson 04 Hiding rows & columns 36:25 36:25
• Lesson 4.1 Hiding rows & columns 34:07 34:07
• Lesson 05 Using formulas & Functions in google sheet 30:00 30:00
• Lesson 5.1 Using formulas & Functions in google sheet. 31:45 31:45
• Lesson 5.2 Using formulas & Functions in google sheet 41:17 41:17
• Lesson 06 MOMENT OF INERTIA OF AN I-SECTION Rail Section 31:47 31:47
• Lesson 6.1 MOMENT OF INERTIA OF AN I-SECTION Rail Section 32:26 32:26
• Lesson 6.2 Beam bending moment & stress calculation - using google sheet 40:45 40:45
• Lesson 6.3- Shear force Diagram & Related topics 36:51 36:51
• Lesson 6.4 Deflection of a beam under load & related topic 40:31 40:31
• Lesson 6.5 Types of beams & their properties in general 32:26 32:26
• Lesson 6.6 Conjugate beam -deflection of beams 37:24 37:24
• Lesson 6.7 Continued from {Lesson 6.6} Conjugate beam & Fixed end moment. 28:46 28:46
• Lesson 6.8 Forces on structures 26:04 26:04
• Lesson 6.9 Continued from Lesson 6.8 03:55 03:55
• Lesson 6.10 Metal properties, Def Stress & Strain, young's modulus, Stress / Strain curve & properties 36:55 36:55
• Lesson 6.11 Stress & strain calculations & applications 31:57 31:57
• Lesson 6.12 Stress & strain calculations & applications 30:14 30:14
• Lesson 6.13 Thermal stresses/Temperature stresses 29:48 29:48
• Lesson 6.14 Thermal stresses Continued 06:56 06:56
• Lesson 6.15 Shear Stresses, Strain, Volumetric Stress & Strain 39:40 39:40
• Lesson 6.16 Poisson's Ratios ,Isometric property of material, Relations between E,K, & G 37:51 37:51
• Lesson 6.17 Continued from Lesson-06(16) ;Here we derive a relation between E, G 11:42 11:42
• Lesson 6.18 Some examples/solutions related to Stresses/Strains 30:57 30:57
• Lesson 6.19 Some examples/solutions related to Stresses/Strains 19:36 19:36
• Lesson 6.20 Plane stresses -Their properties & variations 42:11 42:11
• Lesson 6.21 Plane stresses - Mohr's Circle 21:16 21:16
• Lesson 6.22 Plane stresses - Mohr's Circle Problem 29:48 29:48
• Lesson 6.23 Bending stresses & shear stresses in Beams 36:02 36:02
• Lesson 6.24 Bending stresses & shear stresses in Beams 36:22 36:22
• Lesson 6.25 Application, Drawing BM diagram, Drawing Bending stress distribution -All related to a beam 33:56 33:56
• Lesson 6.26 Continued Lesson-06-25.Application:SF Diagram, Calculating Bending Stresses 01:00:49 01:00:49
• Lesson 6.27 Continued from LESSON-6-26.Application: Shear stress distribution-All related to a beam. 34:06 34:06
• Lesson 6.28 Continued from LESSON-06-2. Application: Deflection of a beam. analytical methods 50:59 50:59
• Lesson 6.29 Continued from LESSON-06-28. Deflection of a beam. analytical methods 37:48 37:48
• Lesson 6.30 Continued from LESSON-06-(29). Deflection of a beam. analytical methods 01:07:17 01:07:17
• Lesson 6.31 A few Problems-Beams and structures. Strain energy methods , virtual work and. Castigliono's First theorem-Related to Strain energy related definitions & theorems 54:30 54:30
• Lesson 6.32 Strain energy methods , and a few problems on application of Strain energy 40:39 40:39
• Lesson 6.33 Strain energy methods, and a few problems on application of Strain energy.(Continued lesson-06(32)) 35:14 35:14
• Lesson 6.34 Application of Castigliono's Theorem; A few problems. Application of Castigliono's Theorem for Moments 54:42 54:42

## Instructor Details

Sanjeev

Sanjeev is Mechanical engineer with experience 20 years in design using software like Solidworks and Catia and had certified as an expert in using Solidworks and he is a member of the community of professional user of Excel

worked in many positions like manger of  Mechanical design engineers and instructor at Dasco  Company.

## Course Certificate

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