o Introduction
o Purpose of Casing
o Casing profiles and Drilling Scenarios
o Onshore and Offshore Wells, Surface Wellhead,
Mudline Suspension
o Drive, Structural and Conductor Casing
o Surface, Intermediate and Production Casing
o Liner and  Design Requirements
o UK Design and Consideration Regulations ( DCR)
o Selection of Casing Seats
o Conductor, Surface, Intermediate and
Production Casing
o Drilling Liner, Differential Sticking
o Casing and relative hole sizes
o Pipe Mechanics
o Tubular Range Lengths & Color Coding
o Mechanical Properties of Steel
o Stress-Strain Diagram and Heat Treatment

o Material aspects
o Connections, API, and Proprietary
o Performance Properties
o Tension, Compression, and Collapse
o Internal Yiels Pressure, and Yield Strength
o Fundamental Design Principles
o Burst, Collapse, Triaxial, Buckling, Tension
o Group discussion & Quiz

o Casing Loading and Design Considerations
o Tubular Selection, Costs, Service Loads Cases
o Service Life Design Load Equations
o Calculation Procedures, Summary of Equations
o Burst, Collapse, Tubing
o Load Capacity Diagrams
o Load vs. Depth, Design Factor vs. Depth
o Triaxial Load Capacity
o Introduction to TDAS / EXP
o The well Plan, Design/Analysis
o Group discussion & Quiz

o Special Design Condition
o Casing Wear
o Landing Considerations
o Liner Buckling
o Compression and Burst
o String to String Load Transfers
o Shock Rebound Loads, Wellhead Growth
o Kick Tolerance, Torque, and Drag
o API Standards Overview
o Basic Handling and Running
o Running Procedures & Equipment
o Make up
o Thread Compounds
o Group Discussion & Quiz

o Casing Design Mathematical Models
o Proprietary Models
o TDAS: Tubing Design Analysis System
o WEST: Wellbore Simulated Temperature
o ROAM: Torque and Drag
o MULTI: Multi String Model
o BAROS: Annulus Pressure Builds up