Fundamentals Of Structural Engineering - Fe Civil Exam

[LeeAndro]

Published 10/2022MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHzLanguage: English | Size: 1.64 GB | Duration: 4h 19m

Learn all of the fundamentals of structural eeering ( Analysis & Design or RC and Steel ) including solved examples

What you'll learn
Master the "Structural Eeering" as per FE Civil Exam requirements
More than 50 step-by-step solved examples covering each sub-topic of the structural eeering
4 practice exams with different problems that resemble the same difficulty level of the real exam
Step-by-step solution for the practice exams problems
Learning the structural analysis of beams, frames & trusses
Learning deflection calculations of beams, frames and trusses
Learning different types of loads, loads combinations and design philosophy as per ACI and IBC code requirements
Learning the structural design of RC beams and columns
Learning the structural design of steel elements such as beams, columns and connections.​

Requirements
Basic eeering knowledge
Description
In this course, you are going to have full preparation for the FE Civil Exam covering the topic of "Structural Eeering" which covers both Structural analysis and Structural designThe course covers all of the "Structural Eeering" topic requirements as per latest NCEES requirements released in July - 2020 , which includes both of structural analysis and structural design including the following chaptersAnalysis of statically deteant beams, columns, trusses and framesDrawing of shear force diagrams and bending moment diagramsDeflection of statically deteant beams, trusses and frames.Columns analysis (e.g., buckling, boundary conditions)Structural deteacy and stability analysis of beams, trusses and frames.Moving loads and influence linePhilosophy of design as per international codeLRFD and ASD Loads combinations as per ASCE codeStructural Design of steel components (beams, columns, tension members, connections)Structural Design of reinforced concrete components (beams, columns under normal force, columns under moment)This course will be your only studying source as it is the most comprehensive available course for the FE Civil exam that will enable you to master the "Structural Eeering" topic for FE Civil Exam by going through the "3" following steps :-In the first step, you are going to watch the Full explanation videos that explain the physical meaning and the eeering concepts of the geotechnical eeering as per NCEES FE Civil exam requirementsIn the second step, you will watch multiple solved examples on each sub-topic for better understandi the third and last step, you are going to have multiple practice exams on each topic that cover different ideas for the exam to enable you to better assess your understanding level. and of course, the step by step videos for the solution to all of the exams problems are available to understand any point you might have missed.All of the problems were carefully chosen from many different resources to resemble the same level of difficulty of the real FE Civil examWith this course, you will have access to our private FB group where you can discuss with the instructor and the remaining students any findings or clarifications you might have about this course, and you will be having the instructor's full support till you pass your FE Civil Exam.Also, this course is not only for eeers interested in attending the FE Civil Exam. This course would perfectly suit any structural/civil eeer who wants to understand all of the basics of Structural Eeering.Visit our Udemy channel, to check the remaining courses covering the remaining topics of the FE Civil Exam...So, don't waste any more , and join us now....

Overview

Section 1: Introduction

Lecture 1 Introduction about the course

Section 2: Structural Analysis

Lecture 2 Structural deteacy & stability of beams

Lecture 3 Structural deteacy & stability of trusses

Lecture 4 Deflection of trusses

Lecture 5 Moving loads

Lecture 6 Influence line for beams

Lecture 7 Influence line for trusses

Lecture 8 Fixed end moment

Lecture 9 Practice Exam answers (Part 1)

Lecture 10 Practice Exam answers (Part 2)

Lecture 11 Practice Exam answers (Part 3)

Lecture 12 Practice Exam answers (Part 4)

Lecture 13 Practice Exam answers (Part 5)

Lecture 14 Practice Exam answers (Part 6)

Lecture 15 Practice Exam answers (Part 7)

Lecture 16 Practice Exam answers (Part 8)

Lecture 17 Practice Exam answers (Part 9)

Section 3: Introduction about Structural Design

Lecture 18 Philosophy of the structural design as per IBC, ASCE & ACI code

Section 4: Structural Design of Reinforced Concrete

Lecture 19 Introduction about reinforced concrete design

Lecture 20 Structural design of RC beams - Flexure

Lecture 21 Structural design of RC beams - Shear

Lecture 22 Structural design of RC columns - Normal force only

Lecture 23 Structural design of RC columns - Normal and moment

Lecture 24 Practice Exam answers (Part 1)

Lecture 25 Practice Exam answers (Part 2)

Lecture 26 Practice Exam answers (Part 3)

Lecture 27 Practice Exam answers (Part 4)

Lecture 28 Practice Exam answers (Part 5)

Section 5: Structural Design of Steel

Lecture 29 Introduction about steel Structural design

Lecture 30 Structural design of steel columns

Lecture 31 Structural design of steel beams

Lecture 32 Structural design of steel tension members & steel connections

Lecture 33 Practice Exam answers (Part 1)

Lecture 34 Practice Exam answers (Part 2)

Lecture 35 Practice Exam answers (Part 3)

Lecture 36 Practice Exam answers (Part 4)

Section 6: Conclusion

Lecture 37 Conclusion

Lecture 38 Extra resources - Drawing of SFD and BMD

Lecture 39 Extra resources - SFD & BMD Examples (Part 1)

Lecture 40 Extra resources - SFD & BMD Examples (Part 2)

Lecture 41 Extra resources - SFD & BMD Examples (Part 3)

Lecture 42 Extra resources - SFD & BMD Examples (Part 4)

Lecture 43 Extra resources - SFD & BMD Examples (Part 5)

Individuals who wants to attend FE exam in civil eeering,Eeers who wants to refresh their knowledge about fundamentals of structural eeering

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