Csi Safe + AllPile foundation, slabs, beams and deflection

Name: Csi Safe + AllPile foundation, slabs, beams and deflection
Rating: 4.4 (162 reviews)

Design all types of foundations shallow and deep + all types of slabs + beams + check deflection

Created byAhmad Traboulsi

Last updated 10/2020

English

English [Auto],

What you'll learn

Design all types of foundation shallow ( isolated, combined, strip and mat) + deep piles foundations + all types of slabs ( Waffles type 1 and 2 + Ribbed + Flat + Solid ) + design beams + Check deflection

Course content

2 sections • 15 lectures • 1h 48m total length

Introduction waffle slab type 116:29
Explore waffle slab type 1 in a two-way slab system, with rib spacing 1–2 m, exterior and interior panels, and hidden beam design per ACA code.
Introduction waffle slab type 24:26
Explore waffle slab type 1 versus type 2, focusing on spacing, loads, and edge conditions, and summarize slab and beam dimensions and drop beams in this design.
Introduction one way ribbed slab2:53
Explore designing a one-way ribbed slab, selecting the slab direction parallel to the y-axis, and sizing slabs and beams for residential loads.
Introduction Flat slab3:02
Learn flat slab design with drop beams at the edges, no interior beams or ribs, and determine slab thickness from load and span, yielding about 19–20 cm.
Introduction solid slab2:50
Introduce the solid slab concept in a CSI safe and allpile context, highlighting advantages for seismic performance and load distribution in residential slabs with anterior and drop beams.

Prepare Etabs model to Safe1:39
Prepare the ETABS model for SAFE by removing stiffness modifiers, adjusting frame properties for columns and beams, and validating slab, foundation, and deflection before exporting to SAFE.
Check Deflection in Safe13:57
Explore checking deflection in Safe for slabs and beams by exporting data, importing items, and defining load cases to verify allowable deflection.
Design Waffle slabs + beams8:32
Design ribbed slab3:56
Design Flat and Solid slabs + check punching shear7:11
Design flat and solid slabs using finite element method, check punching shear and deflection, and outline reinforcement layouts and export workflows in Safe for foundation design in the next lecture.
Design Isolated foundation14:08
design isolated foundation using soil bearing capacity to determine foundation area, compute loads, set slab dimensions, and verify foundation pressure against soil capacity, adjusting thickness and area as needed.
Design combined foundation5:22
Design a combined foundation for two columns, verify soil pressures, adjust dimensions, and develop reinforcement using Suslov design and strip reinforcement drawings.
Design strip foundation3:31
design strip foundation and draw a combined foundation for three columns, assign soil, check soil pressure under surface load, and specify top reinforcement and bar counts.
Design mat foundation5:13
Design a mat foundation and slab by expanding the foundation area, placing four columns, assigning supports, checking soil pressure under the load combination, and detailing reinforcement via finite element analysis.
Piles foundation design15:07
Emphasize three in piles foundation design. Explore the CSI Safe + AllPile foundation, slabs, beams and deflection course.

Requirements

Have little information about structural design

Description

This course not just a tutorial on software ETABS and SAFE but it is a complete understanding about structural design analysis, how civil engineer must begin with the project, how he/she must think, how we can determine the dimension of the element before modeling them check it in the software. Design all types of foundation shallow ( isolated, combined, strip and mat) + deep piles foundations + all types of slabs ( Waffles type 1 and 2 + Ribbed + Flat + Solid ) + design beams + Check deflection

Who this course is for:

Beginner and expert civil engineer

Csi Safe + AllPile foundation, slabs, beams and deflection

What you'll learn

Explore related topics

Course content

Introduction5 lectures • 30min

Safe and AllPile10 lectures • 1hr 19min

Requirements

Description

Who this course is for: