Reinforced concrete structures are widely used in the industrial sector special in the oil and gas field for onshore.
Therefore, the basis of design for concrete structure for strength, serviceability, and robustness will be discussed in the scope of code concept. So ACI, BS, UBC, and ASCE will be discussed in the scope of practical wise to use the suitable design method to serve our business safety and operability.
The objective of this course is to train engineers to be familiar with using American Concrete Institute Standard (ACI) and British standard (BS). The concept and basics of codes and standards will be introduced concerning the probability of failure specifically in ACI and BS.
The course will cover the basics of design for retaining wall, liquid tanks, a foundation under machines, and a foundation under steel tanks, separator, KOD. Moreover, the key steps in design and review design will be illustrated
Explore the modern and effective procedures for the design of reinforced concrete structures in the Oil & Gas industry
Gain knowledge on calculation for reinforced concrete elements used in the Oil & Gas industry
Increase the knowledge and assist in using new tools for designing and reviewing the design for a new project or modify the existing one
Gain knowledge on the design of foundation under all types of vibrating equipment, and the blast design of buildings
Illustrate the real design issues that may assist the designer in providing the concrete structure that is safe, economical, and constructible
Understand the rule of thumb to check the concrete design with an associated checklist
Civil Engineer
Structural Engineer
Architectural Engineer
The Fundamentals of Concrete Technology
Comparison between ACI and BS for Concrete Design
Principal, Limitations for Different Codes in Concrete (ACI, BS codes, European Code)
Codes and Standards Philosophy
Define the Different Loads on the Building
Earthquake and Wind Load Effect
Define Loads of Static and Dynamic Equipment
Define the Loads on the Foundation of Tanks
The Basic Concept of Concrete Design
The Principal of Concrete Design and Precaution
Different Structure Systems
Different Slab Types
Design of Slab, Beam, and Columns
Loads Applied in a Horizontal Vessel (Separators)
The Effect of Thermal Loads on Heaters
Design of Heater Foundations
Design of Foundation Under Tower
Soil Investigation
Shallow Foundation Design Philosophy
Pile Foundation Design Philosophy
Anchor Bolt Design
Foundation under Machines Design
Checklist to Review Foundation under Rotating Equipment
Precaution in Design Foundation under Vibrating Machines
Design Blast Resistance Building such as Control Room
Control Room Layout and Configuration
Pipe Rack Configuration
Define Loads which Affect Pipe Rack
Pipe Rack Design
Retaining Walls Design Principals and Checks
Load and Forced in Retaining Walls
Design for Reinforced Concrete Liquid Tanks
Structure System for Concrete Tanks
Circular and Rectangular Tank
Ring Beam Design for the Circular Tank
Maintenance and Repair in Concrete Structure
Integrity and Maintenance Management System Principal
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Large capital-intensive projects in the oil and gas industries require substantial - and mostly risky - investments in the acquisition, exploration, and subsequent operation and maintenance of new organizational assets.
The decision of whether or not to invest in new capital projects in the oil and gas industry starts with critical decisions during the exploration phase of new development or the expansion of an existing field. The decision-making tools used to analyze project risk under conditions of uncertainty will help companies to determine the probability of success or loss and will drive the decision to develop or abandon the well.
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