Designing of Explode Resistant Buildings for Oil, Gas & Petrochemical Plants

Examination of Changing Loads

  • Online Training

Course Location

No upcoming event

Course Description

Introduction

The topics covered in this training course, "Designing of Explode Resistant Buildings for Oil, Gas & Petrochemical Plants," include the phenomena of blast load, dynamic material strength, and the design of steel and concrete structures to withstand ballast force. Together with the novel materials like CFRP that will be utilized to shield the structure from the blast load, the dynamic analysis technique will be given. 

The Designing of Explode Resistant Buildings for Oil, Gas & Petrochemical Plants, a freshly updated ASCE publication, serves as a major source of information for this Oil & Gas Engineering training course. There will be an explanation of the design management process for industrial projects, along with an illustration of the total load that impacts the structure building in oil and gas facilities.

Included in this Course N Carry training program will be: 

  • The design principles for steel and concrete structures in choosing the best structural system
  • The properties and response of the material 
  • The CFRP design principle protects the structure against blast loads
  • The integrity management system technique, which takes into account the important aspects of design, building, and maintenance to sustain the concrete structure affordably during its lifetime 

Goals

  • Knowledge of every issue, how to solve it, and the reasons behind failures in the concrete structure used in the petrochemical industry
  • Participants should be made aware of the problems, guidelines, and practices involved in creating structures that can withstand blast loads.
  • Give participants a thorough understanding of the fundamentals of dynamic analysis. 
  • Gain a foundational understanding of how to calculate blast loads and dynamic structural reactions using the engineering approaches that are currently available.
  • Give a summary of the design methodology utilised for common building materials (masonry, steel, and concrete), systems (shear walls and frames), and non-structural elements (doors and windows). 

Training Methodology

A range of tried-and-true adult learning strategies will be employed in this Designing of Explode Resistant Buildings for Oil, Gas & Petrochemical Plants training course to guarantee optimal acquisition, retention, and understanding of the material offered. There will be a lot of interaction and participation in the daily workshops. Photos and videos will be used in the illustration.

Impact of the Organization

  • Find the best cost-effective method for designing blast resistance buildings to cut costs.
  • We'll talk about and effectively implement using modern technology to improve organizational structure and behavior in real projects.
  • By using innovative concepts to improve building design, you can lower the cost of structural collapse. 
  • Provide a structure that can withstand the blast load to safeguard the organization's investment. 

Impact on Person

  • The student will comprehend the dynamic behavior and structure.
  • Become more knowledgeable with the most recent blast resistant execution phase
  • Boost your ability to develop blast resistance buildings. 
  • Develop your ability to examine the blast resistance building's engineering. 

Persons Who Ought to Attend?

This Course N Carry training program is intended for and will be very helpful for: 

  • Civil engineers in construction
  • Structural engineers for construction 
  • Intermediate and Advanced Structural Engineers
  • Engineers for Projects
  • Managers of Engineering 

Course Outline

Loads Various Design Codes

  • Process of Design Management
  • Manage the Industrial Projects' Design 
  • Describe the Industrial Structure's Load.
  • The Use of ACI and BS Codes in Concrete Design 

Features of a Blast Load

  • Cause of the Blast Load
  • Effect of Blast Load and Computation 
  • Pressure vs Time Features
  • Combination of Load and Blast Load
  • Joint Ductility and Reaction to Extreme Loads
  • Particularization in Blast-Resistant Structures
  • Impact of Fragmentation, Duration of Positive/Negative Phase
  • Structural Member Behaviour and Damage Prediction 
  • Gradual Failure 

The behaviour of materials under blast load

  • Dynamic Strength of Material
  • Type of Structure Element and Materials 
  • Adaptable Materials
  • Limits of Deformation
  • The factor of Dynamic Increase
  • Deformation of Elastic, Elasto-Plastic, and Plastic Owing to Blast Loads
  • Plan for Inspection and Maintenance
  • Assessment of the Current Framework 

Workshop for Case Studies

  • Method of Dynamic Analysis
  • Design Process 
  • Customary information about the Connection
  • Modernise the Current Structure
  • Workshop on Concrete Structure Case Study
  • Steel Structure Workshop
  • Precautionary Construction to Meet Design Requirements

Using Blast Resistance with CFRP


  • The Process of Inspection and Monitoring to Manage the Construction
  • CFRP Design and Principal 
  • Walls and Doors Specifications for Resisting Blast Load
  • Cutting-Edge Materials for Defence
  • Care in the Design of Control Rooms

Certificates

On successful completion of this training course, Course N Carry Certificate will be awarded to the delegates.

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