PG Program in high rise & tall structure

PGD  in High Rise & Tall Structure

is a full flange training program designs for civil and structural engineer which enable to Analysis Design and Research of High Rise and Tall Structure. As we increase height of building structure engineer faces various extreme challenge some time its due to
natural conditions like earthquake wind and site conditions and some time due to Architectural Demand. In this program we follow steps by steps analysis and design process with theory codes
concept and software. We also focus on sustainable technology and digital twins, Based on current industry Demand . Performing Deep Research with various national& International Code of Practice , Research and Journals.

Excellent Outcome

1. Latest Technological Advancement
2. Future Proof Career
3. Adaptation of world best technology for engineering consulting
4. Get Into MNC Company

Certification

1. Master Certification in High Rise & Tall Structure
2. 6 Month Experience Certificate
3. Project Certification
4. Letter of Recommendation

Technical Features 

1. Concept + Multinational environment (IRC/ASTO/ACI/BS/EUROCODE) + Tools and Software
2. 20+ Assignment
3. 10+ Project
4. Live Project
5. Software training basic to most advance
6. Project Workshops

Program methodology

Engineering skills and Technology ! Whole course content with concept, engineering theory code provision and Tools(software). We give same importance for all the steps involves throughout the projects. Like Concepts design,  Engineering Design, Management and Automation. Whole course content with concept, engineering theory code provision and Tools(software). We give same importance for all the steps involves throughout the projects. Like Concepts design,  Engineering Design, Management and Automation.

Module:01

Topic: Analysis and Design of High Rise Structure with codes concept and software.

Software: CSI ETABS 

1.1 Introduction

• Basic Concept designing of Tall building..
• Reading the Architectural, Elevation, Sections for Tall Building.
• Selecting the Structural System.
• Making the structural framing in Auto Cad
• Tall Building Codes

1.2 Specialized Modelling For Tall Building In ETABS

• Tall Building Model Generation.
• Podium Modelling
• Multi tower Modelling
• Basement Modelling
• Core Wall Positioning

1.3 Finite Element Method

• Prepare the FE Model
• I.A discretized (mesh) the structure
• II. Prescribe loads
• Prescribe supports

1.4 Gravity & Lateral Loading Resisting Structural System

• Lateral Load System
• Moment Resisting Frames
• Shear Wall System
• Shear Wall & Frame system
• Frame-Tube System
• Tube in Tube system
• Core wall Positioning
• Gravity Load System
• Flooring System
• Beam Slab System
• Flat Slab System

1.5 Podium Diaphragm, Collectors, Backstay Effects

• Podium & Backstay Effects
• Structural Element of Podium
• Consideration of Backstay Effects
• Design of Diaphragm & Collectors
• Recommendations properties for Modelling of Backstay Effects
• Diaphragm Flexibility.

1.6 Non Linear Modelling

• Basic Approach for Nonlinear Modelling of Structure.
• An introduction to fiber Modelling Approach
• Nonlinear Modelling of material (fibers).
• Fiber modelling of RC Beam.
• Fiber modelling of RC Column.
• Fiber modelling of RC Shear Wall.
• Stress-Strain Relationship-Confined Concrete.
• Stress-Strain Relationship- Cyclic Load.
• The Moment Curvature Curve.
• Hinge Properties.
• Plastic Hinges.

1.7 Wind Analysis –Gust Factor

1.8 Modal Analysis, Damping & Vibration Modes of Tall Building.

1.9 Earthquake engineering of tall building

• Response Spectrum Modal Analysis
• Static Earthquake Analysis.
• The Modal separation of seismic Analysis.
• Conceptual seismic design of Tall buildings
• Seismic Dynamic Behavior of Tall Building
• Seismic Dampers
• Elastic and design demands at the Design Basis
  Earthquake Level Using RS method

2.0 Performance Based Design for Tall Building Design

• Performance Based Design Process
• Ritz Vector
• Fast Nonlinear Analysis
• Energy Diagram
• Hysteretic Behavior
• Moment Rotation Relationship
• Capacity Based Design
• Displacement Based Design
• Energy Based Design
• Performance Levels
• Performance Objective
• Performance Parameters
• F-D Relationship
• Backbone Curve
• Hysteresis Loop Model
• ADS Spectrum
• Push Over Analysis
• Time History Analysis

2.1 Mastering the analysis & interpreting the results

Stability check as per code

• Check on lateral Stability
• Check on Vertical Deflection
• Check on Story Drift
• Torsion Irregularities Check
• Soft Story Check
• Check for Over turning Moment
• Check for Control of Deflection

Module: 02

Topic: Design and Analysis of foundation

Software used: CSI SAFE and MS-EXCEL

• Isolated Footing
• Combined Footing
• Raft Foundation
• Pile Foundation
• Raft + Pile
• Software algorithm, capabilities, strength and weaknesses
• Modelling of foundations, basements, footings.
• Design of stirrups .

Design methodology

• Design of fem based slabs.
• Design of slabs, raft & pile .
• Design of punching shear reinforcement (stud rails).
• Detailing, reporting techniques.
• Differential settlement of foundation and its control.
• Combined complex foundation system.
• Punching Shear
• Nonlinear Uplift
• Soil Structure Interaction

Module: 03

Topic: Research and Development of different type of structural system with wind simulation. 

Software: CSI SAP2000 and DUBAL RWIND

1.1 Braced Frame and Diagrid System 

Braced Frames have much better strength and stiffness Bracing is a much  effective than rigid joints at resisting racking deformation of the frame.

1.2 Tube System 

The tube is the name given to the systems where in order to  resist lateral loads (wind, seismic, etc.) a building is designed to act like a three-dimensional hollow tube.

1.3 Braced Tube System 

Also known as ‘Trussed Tube’ or ‘Exterior Diagonal-tube System’ utilized for greater heights, and allows larger spacing between  the columns.

1.4 Out trigger structure system 

The outrigger truss is a simple trusses spanning over the full height of that story and across the full width of building.

1.5 Diagrid Structure system 

The diagrid (a portmanteau of diagonal grid)  is a framework of diagonally intersecting  metal, concrete or wooden beams that is  used in the construction of buildings and  roofs.

1.6 Wind Test/Wind Simulation in DUBAL RWIND 

RWIND Simulation Case Setup  RWIND   Simulation software, developed by companies PC-PROGRESS and DLUBAL, was designed   as specialized tool for rapid CFD simulations of wind load on large  variety of structures. RWIND Simulation works as standalone software, or it can be directly connected with structural design software RFEM or RSTAB.  RWIND Simulation user   interface is super ease of use with minimal    necessary settings and   user skills. The   work flow is very simple.  The input for RWIND    Simulation is the   surface model of the    structure(CAD,.STL).   The virtual wind tunnel    is created around the    structure. Wind speed is    set. There st of the     parameters are not mandatory, but available. 

Wind simulation of following type of software

• Low Rise RCC Structure
• High Rise RCC Structure
• Tall Structure
• Tube Structure
• Iconic Structure

Module: 05

1.1 Reinforcement detailing

Reinforcement details are presented in the form of tables and schedules for groups of components,

as well as drawn in plans, elevations, and sections for individual elements.

Detailing technique according to different CODES (IS, AISC, BS etc.)

1.2 Proof checking for RCC structure

• Structural Forms
• Floor systems (concrete & steel)
• Requirements
• ETABS model checks
• Safe model checks for slab design
• Safe model checks for foundation design

Software and Tools

Global hiring companies 

Enrollment from 10+ Countries

Note**

1. Student must have their own computer for practice.