CH-1 <br /> Introduction <br /> Advanced capabilities of ETABS 2013 <br /> Brief history <br /> ETABS 2013 Levels <br /> Modeling Process <br /> Modeling Features <br /> Analysis Features <br /> Design Feature <br /> Detailing Feature <br /> Modeling Terminology & details <br /> Load case <br /> Load Combinations <br /> Design Settings and scope <br /> Output and Display settings <br /> Model Initialization <br /> New model quick template <br /> GUI after setting template <br />CH-2 <br /> The ETABS graphical user interface <br /> File Operations & Different Extn <br /> Time Saving Options <br /> Templates and Defaults <br /> Basic Process <br /> Standard Tool bars for Doc Managing <br /> Standard Tool bars for Doc Zoom <br /> Standard Tool bars for Doc View <br /> Standard Tool bars for Graphics & Load Display <br /> Model Explorer <br /> Draw Tools <br /> Draw beam-Plan/Elev/3D <br /> Draw Column-Plan/Elev/3D <br /> Draw Brace-Plan/Elev/3D <br /> Quick Draw beam-Plan/Elev/3D <br /> Quick Draw Column-Plan/Elev/3D <br /> Quick Draw Secondary Beam-Plan/3D <br /> Quick Draw Braces-Plan/Elev/3D <br /> Draw Floor/Wall-Plan/Elev/3D <br /> Draw Rectangular Floor/Wall-Plan/Elev <br /> Quick Draw Floor/Wall-Plan/Elev <br /> Draw Wall-Plan <br /> Quick Draw Wall-Plan <br /> Draw Wall opening-Plan/Elev/3D <br /> Draw Links--Plan/Elev/3D <br /> Draw Wall stacks-Plan/Elev/3D <br /> Wall Meshing techniques <br /> How to apply conditioning to walls/slabs/floor for EQ Analysis <br /> Understanding of Edge constraints for Shear wall/slabs <br /> Example Case study mesh <br /> Units <br /> Display Units <br /> Units Setting <br /> Project-1 <br /> Project-2 <br /> Project-3 <br /> Exercise-1 <br /> Exercise-2 <br /> Exercise-3 <br />CH-3 <br /> Quick Template settings and Structural Objects <br /> Properties of Steel deck <br /> Properties of Staggered truss <br /> Properties of Flat Slab <br /> Properties of Flat Slab with Perimeter Beams <br /> Properties of Waffle Slab <br /> Properties of 2 Way or Ribbed Slab <br /> Grid System <br /> Uniform Grid Spec <br /> Custom Grid Spec <br /> Properties Add <br /> Properties Delete <br /> Properties Modify <br /> Frame section Reinforcement-Rebar <br /> Story Dimension <br /> Story data <br /> Modify/Show Story Data <br /> Project-1 <br /> Project-2 <br /> Project-3 <br /> Project-4 <br /> Exercise-1 <br /> Exercise-2 <br />CH-4 <br /> Quick Template settings and Structural Objects <br /> Properties of Steel deck <br /> Properties of Staggered truss <br /> Properties of Flat Slab <br /> Properties of Flat Slab with Perimeter Beams <br /> Properties of Waffle Slab <br /> Properties of 2 Way or Ribbed Slab <br /> Grid System <br /> Uniform Grid Spec <br /> Custom Grid Spec <br /> Properties Add <br /> Properties Delete <br /> Properties Modify <br /> Frame section Reinforcement-Rebar <br /> Story Dimension <br /> Story data <br /> Modify/Show Story Data <br /> Project-1 <br /> Project-2 <br /> Project-3 <br /> Project-4 <br /> Exercise-1 <br /> Exercise-2 <br />CH-5 <br /> Joint Loads-Force Parameters <br /> Load Pattern & options <br /> Joint Loads-Ground Displacement Parameters <br /> Joint Loads-Temperature <br /> Frame Loads-Point based load Parameters <br /> Frame Loads-Distributed load Parameters <br /> Frame Loads-Temperature <br /> Frame Loads-Structure Wind Parameters <br /> Shell Loads-Uniform Load Sets Parameters <br /> Shell Loads-Uniform Parameters <br /> Joint Restraints <br /> DOF-For Pin,Roller,Fixed & free etc <br /> How to reconfigure Supports <br /> IS 875- Part 1-Dead Loads & ETABS <br /> IS 875- Part 2-Imposed Load & ETABS <br /> IS 875- Part 3-Wind Loads & ETABS <br /> IS.15498.2004 <br /> Explanation about EQ Load and Basic Orientation on Project <br /> International Other country Load cases i.e ASCE,AS,EURO,Italian,NBCC,Turkish,AS/NZS,UBC <br /> Project-1 <br /> Project-2 <br /> Project-3 <br /> Project-4 <br /> Exercise-1 <br /> Exercise-2 <br /> Exercise-3 <br />CH-6 <br /> Detailing scope <br /> Detailing Preference <br /> Concrete Detailing Preference-Slab/Beam/Col/Wall <br /> Steel Detailing Preference <br /> Rebar Section Rules <br /> Drawing Sheet Setup <br /> Start Detailing <br /> Show Detailing <br /> Detailing Reports and configuration/Visualization <br /> Prepare component and Elements detailing <br /> Export Drawings <br /> Project-1 <br /> Exercise-1 <br /> Exercise-2 <br />CH-7 <br /> RCC Design Overview <br /> Capability RCC Design <br /> What To do check list before running RCC Analysis <br /> RCC Design Preference <br /> IS 456:2000 & Design Guide Lines <br /> International RCC Design codes for other countries & Implementation <br /> RCC Design Member <br /> Start Design/Check <br /> Display Design info <br /> Display Design Results <br /> Rebar % and other important Output discussion <br /> Project-1 <br /> Exercise-1 <br /> Exercise-2 <br /> Exercise-3 <br />CH-8 <br /> Shear Wall Design Preference <br /> IS 456:2000 & Design Guide Lines <br /> Shear Wall Design –PIERS & SPANDRELS <br /> Shear Wall Optimization for Thickness & Target Drift <br /> Supported Codes <br /> Design Combination <br /> Start Design/Check <br /> Display Design info <br /> Display Design Results <br /> Shear Wall pier summary <br /> Shear wall Design Details <br /> Design Output Complete detail discussion <br /> Longitudinal reinforcement and other important Output discussion <br /> Project-1 <br />CH-9 <br /> What is modal Analysis? <br /> The Natural Frequency of a Building <br /> Structural Matrix & System Response <br /> Benefits of modal analysis <br /> How Natural Frequency emanates? <br /> Resonance <br /> Case study-1 <br /> Case Study-2& Examples <br /> Modal case Data config <br /> Modal Result Table config <br /> Modal Periods & Frequencies <br /> Modal Participation Mass Ratio <br /> Modal Participation Factors <br /> Load Participation Ratio
