Use Etabs V20 To Design A Highrise Building (Superstructure)
Published 4/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.01 GB | Duration: 4h 3m
What you'll learn How to model, analyze and design Highrise Reinforced Cement concrete structure on ETABS High-rise buildings Mid-rise buildings RCC Requirements Have basic understanding of structural analysis Description design of building structures. This course is designed to introduce students to the fundamental concepts and techniques of ETABS.The course begins with an overview of the software interface, including how to navigate through the program and input data. Students will learn how to create and modify geometric models, define materials and sections, and assign loads and boundary conditions. The course will also cover the analysis options available in ETABS, including static, modal, and dynamic analyses.In addition to analysis, the course will cover the design of reinforced concrete and steel structures, including member selection, detailing, and optimization. Students will learn how to evaluate and interpret analysis results, and how to modify and optimize their designs based on these results.Throughout the course, students will work on real-world examples and projects, applying the concepts and techniques learned to solve practical engineering problems. By the end of the course, students will have a solid understanding of ETABS and its capabilities, and will be able to apply this knowledge to their own engineering projects.We shall learn how to use ETABS to model, analyse and design any type of structure. E.g residential buildings, commercial buildings, dome, cooling tower, water tank, swimming pool, steel structures and concrete structures, all on staad pro connect edition. we shall also learn how to use RCDC for structural detailing and drafting, to make life easier for us Overview Section 1: Introduction Lecture 1 Day 1 scheming of the building part Lecture 2 Day 2 scheming of building part 2 Lecture 3 day 3 resolving coplanar issue on Autocad Lecture 4 DAY 4 SCHEMING PART 3 Lecture 5 DAY 5 column insertion Lecture 6 DAY 5 (part 2) cleaning of grid lines Section 2: Introduction to ETABS GUI Lecture 7 Day 6 introduction to etabs GUI Lecture 8 DAY 7 storey creation Lecture 9 Day 8 Importing grid lines into etabs Lecture 10 Day 9 introduction to grid importation part 1 Lecture 11 DAY 10 GRID IMPORTATION PART 2 Lecture 12 DAY 11 GRID IMPORTATION PART 3 Lecture 13 Day 12 material definition Lecture 14 DAY 13 Beams and columns definition Lecture 15 day 14 Slab definition Lecture 16 DAY 15 shear wall definition Section 3: Why we use cracked sections Lecture 17 DAY 16 Cracked sections Lecture 18 Day 17 comparing cracked sections vs uncracked sections Lecture 19 Day 18 comparing Membrane vs shell thin slab Section 4: Easy modelling Lecture 20 Day 19 Etabs storey modelling Section 5: Modelling columns Lecture 21 DAY 20 column creation part 1 Lecture 22 DAY 21 column creation part 2 Lecture 23 DAY 22 links creation Lecture 24 DAY 23 column part 3 Section 6: Modelling beams Lecture 25 Day 24 beams modeling Section 7: Modelling slab Lecture 26 Day 25 slab modelling part 1 Lecture 27 Day 26 slab modelling part 2 Lecture 28 DAY 27 Diaphragm Section 8: Loading the structure Lecture 29 DAY 28 load patterns Lecture 30 DAY 29 Dead load Lecture 31 DAY 30 Liveload Lecture 32 DAY 31 Beam load Lecture 33 DAY 32 wind load Lecture 34 DAY 33 load combinations Lecture 35 DAY 34 Envelopes Lecture 36 DAY 35 Service load combination Section 9: Analyzing the structure Lecture 37 DAY 36 Model checks Lecture 38 DAY 37 ANALYSIS Lecture 39 DAY 38 SLAB DEFLECTION Lecture 40 DAY 39 STOREY DISPLACEMENT Lecture 41 DAY 40 Adding shear walls Lecture 42 DAY 41 Reanalysis Lecture 43 DAY 42 storey drift Lecture 44 DAY 43 storey drift with graph Section 10: Designing of beams Lecture 45 DAY 44 Designing introduction Lecture 46 DAY 45 Designing beam longitudinal rebar Lecture 47 DAY 46 shear links design Lecture 48 DAY 47 Beam redesign Section 11: designing of columns Lecture 49 DAY 48 Column design Lecture 50 DAY 49.0 Column design II Lecture 51 DAY 50 Column design III Section 12: DESIGN OF SLAB Lecture 52 DAY 51 Slab design part 1 Lecture 53 DAY 52 Slab design FE Lecture 54 DAY 53 Slab design Strip Section 13: DESIGN OF SHEAR WALL AND STAIRCASE Lecture 55 day 54 shear wall design Lecture 56 day 55 staircase design Section 14: DETAILING Lecture 57 SHEAR WALL Lecture 58 SLAB Lecture 59 COLUMN Lecture 60 BEAM Beginner structural engineers
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