Structural Shop drawing (project included)

In this Lecture i will go through the Files, Drawings that we'll use in our course for the analysis and design.  explain each one of them and how to use them, When to use them and most commonly used ones.

Files Attached to this Lecture

• Full Project

• Foundation Sections

• Foundation Assumption Excel Sheet

• Slab/Beams and Columns Sections

• Ribbed Slab Section Excel Sheet

• Column Design Excel Sheet

In this Lecture i will go through the Files, Drawings that we'll use in our course for the analysis and design.  explain each one of them and how to use them, When to use them and most commonly used ones.

In this Lecture i will go through the Files, Drawings that we'll use in our course for the analysis and design.  explain each one of them and how to use them, When to use them and most commonly used ones.

First of All distributing Columns in any structure depends on a lot of points such as :

• if the structure have a stone face or not ( you need to keep that in mind due to the stone is 5cm and has a Concrete behind it with 5cm)

• interior or exterior column

• structure type (usage) if its a mall of halls or hospitals you need to use spiral columns.

• I will be using 25*50 interior column and 20*50 exterior column

edges of the Structure must have a columns

mainly distributing columns is crucial just to avoid making too long spans and avoid heavy reinforcement.

This Lecture will be about axis X-direction and Y-Direction and how to draw axis

as in the previous lecture we distributed columns we tried to make them align in both side just to make it easier to be constructed

and so here in axis to be easy to do them

if your column is not touching X and Y axis in the same time you need to place a dimension for that column.

Determining the slab major direction depends on how you distributed your columns in the first place.

which is not that hard. but by practice you will be able to do it easily.

Determining the slab major direction depends on how you distributed your columns in the first place.

which is not that hard. but by practice you will be able to do it easily.

In this lecture I will be drawing slab Beams, Ribs, Double Ribs, and Drop beams using AutoCAD and the two methods that are used to draw ribs.

Files Attached to this Lecture

• Slab/Beams and Columns Sections

In this lecture we will be doing full analysis for the beams drawn in the slab, using PROKON V3.

and as i mentioned earlier i do recommend you to check out my course on how to design with PROKON for detailed information and how to properly use it, but if you're not interested in that topic you can just watch how to design beams.

how to check deflection and how to get reactions for Footings design.

In this Lecture we will be drawing a beam using AutoCAD according to the reinforcement we got from PROKON, then filling the Beam rebar Schedule accordingly.

This Lecture is optional and you can skip it if you want.

i will be doing full analysis of Beam 5 using PROKON and then drop the reinforcement in AutoCAD Plan

This Lecture is a heavy one due to it's importance, But Please Watch the whole lecture in order to get the design very well.

Topics will be included in this lecture

1. Types of Footing

2. Designing Foundation using Excel Sheet

3. Designing Foundation using PROKON

4. When to use Strip Footing (Continuous Footing)

5. How to draw Footing on the Footing Plan

6. Tie Beams and how to draw them

7. Reinforcing Footings

This Lecture will show you how to use PROKON in order to get Footing Reinforcement and how to make sure its safe and valid for the given load acting on it

This Lecter will go through the Plans and how to place them in order to be used in construction

This Lecture is for you to see if you have benefited from the course and improved your skills.

The Structure is a ( 2 Villas) separated by a gap of 60 cm between them.

Notes to help you design

Slab Thickness = 25cm

Beams to use = 60cm/80cm (exterior/interior) Respectively

Bearing Capacity of soil = 150

4 stone faces of the Structure

Hint:

use shear walls on the walls between the two structures