WATCH COMPLETE DESIGN AS FOLLOWS PART 2 RCC column design: 2.1: https://www.youtube.com/watch?v=8u9qFO5IpmM 2.2: https://www.youtube.com/watch?v=60pbtRMyO24 2.3: https://www.youtube.com/watch?v=eiq4TO18bfg PART 3 RCC Beam design: 3.1: https://www.youtube.com/watch?v=Lt8FByG_vqY 3.2: https://www.youtube.com/watch?v=lePrBZGf0aQ 3.3: Beam Excel sheet DOWNLOAD: https://www.stuvia.com/doc/529657/beam-design-using-etabs-input-fps.xlsx PART 4 Slab design https://www.youtube.com/watch?v=ATt1j32gMl4 PART 5 Shear Wall Design 5.1: https://www.youtube.com/watch?v=WKA3S6FYvyU 5.2: https://www.youtube.com/watch?v=nuSDouG4NIA PART 6 RCC Ramp and stair design https://www.youtube.com/watch?v=Q1WzZjoOpJM PART 7 Modelling of stairs https://www.youtube.com/watch?v=K98UgK_Z7Uk Watch Complete Etabs tutorials : https://www.youtube.com/watch?v=RzVVDp1CKE0&list=PLDyhMW3kzPDCDymHF3dplMvKcLRJYPC5F MULTISTOREY DESIGN EXAMPLE 2: https://youtu.be/ixcjg8eBpMg In this video i have shown how to design a multistory building using etabs by using ACI code and UBC 97 code for wind and seismic loads . The design results are shown in terms of area of steel Steps in etabs 00:24 - Reinforced concrete building design on etabs modeling and design 00:41 - Define grids in etabs - modify grids - edit story data in etabs 01:10 - Define material properties in etabs 01:35 - Define Beam cross section in etabs - Define Beam property modifiers according to code incorporating cracked moment of inertia - torsional constant 0.001 and moment of I about 3 axis 0.35 02:50 - Define Column cross section in etabs - Define column property modifiers 03:35 - Define slab cross section in etabs modifiers according to aci code 0.25 in bending and shell thin 04:02 - Define shear wall section in etabs and set shear wall property modifiers according to ACI code 04:35 - Define AUTOSELECT shear wall cross section for etabs to design shear wall of required thickness (Find thickness of shear wall using etabs)(define wall section: 8,10,12 inch, shell thin) 04:45 - Modeling concrete building in etabs, draw beams and columns 06:00 - Delete columns and beams 06:02 - Draw shear wall, model shear wall in etabs using autoselect and autopier/spandrel 08:00 - Draw slab in etabs model 08:30 - Mesh the slab in etabs model 09:45 - Automesh the shear walls in etabs, auto meshing in etabs 10:00 - Replicate shear wall in etabs model - Replicate slab beam column in etabs 10:50 - Add plinth level in etabs - Modify story data 12:40 - Edit frames in etabs and divide frames 13:35 - Model the appartment building in etabs by replicating 19:25 - Display rendered 3D view 19:50 - Define load patterns in etabs (dead and live loads, define seismic load in etabs using UBC 97 , Define wind load in etabs using UBC 97 Dead load, finishes load, EX , EY for soil type SD, IMRF frame design (Intermediate moment resisting frame design as residential and not high seismic zone), seismic Zone 2B (values of Ca and Cv from UBC 97), Importance factor 20:53 - Define mass source in etabs 21:27 - Assign loads to slab and beam 22:00 - Assign rigid diaphragms 22:25 - Set concrete frame design code as ACI code 318-08 (Design of building using ACI code ) 22:34 - Define load combinations in etabs (Add default combinations of ACI code selected in design preferences) 22:50 - Set load cases to run in etabs and Run analysis ( analysis of building in etabs) 23:38 - Display show axial force diagram in etabs, shear force diagram and bending moment diagram in etabs using different combinations also find maximum moment value or shear force 25:05 - Display seismic results ( story response plots in etabs ) 25:36 - Check maximum story displacements in etabs for seismic loading 25:43 - Check maximum story drift ratio in etabs for seismic loading 26:30 - Check Base shear in etabs and base shear distribution (story shears) 27:47 - Hide grids in etabs 27:58 - Display deformed shape in etabs 28:00 - Display deformed shape at mode 1 (first mode of vibration) 28:14 - Find time period of structure in etabs at first mode (1.372 seconds) 28:30 - How building will behave during an earthquake model animation 29:00 - Show tables for auto seismic loading 29:01 - Display parameters used in base shear calculation in etabs 29:20 - Find weight of the structure in etabs 29:24 - Find Ft i.e the force concentrated at top of structure using etabs 29:50 - Start design of concrete frame in etabs 30:10 - Display design results in etabs (longitudinal reinforcement) 30:41 - Display rebar percentage in etabs 31:26 - Display shear reinforcement in etabs 31:54 - Strong column weak beam check in etabs 33:00 - Design capacity ratio in etabs (DCR Ratio) 33:50 - Display torsion reinforcement in etabs 34:00 - Display column moment interation failure (P-M failure) 34:46 - Design shear wall in etabs 36:45 - Display longitudinal steel in shear wall ( core wall design in etabs) #etabs #design #structure_engineering