Corrosion Fundamentals Webinar Series

Purchase Recorded Webinars
Live events held in August and September 2018

The Corrosion Fundamentals Webinar Series establishes the groundwork to build specific expertise in corrosion characterization and testing techniques and failure analysis, by providing a strong, fundamental understanding of chemistry, thermodynamics, and kinetics theory as applied to corrosion. They provide a convenient, cost-effective approach to gaining a broad knowledge base from which to build specific expertise in corrosion research and management, as well as failure analysis. You don’t want to miss this valuable refresher program on the fundamentals of materials corrosion.

The series is structured to ensure understanding and preparation for the more complex concepts presented during the in-person course, Corrosion: Thermodynamics, Kinetics, Characterization, and Testing, held in conjunction with the Materials Science & Technology 2018 Technical Meeting & Exhibition (MS&T18).

Download the webinar series PDF flyer to share this professional development event with your colleagues.

Thank you to OLI Systems, the webinar series sponsor, for their support!

Learn more about OLI below.

SERIES OUTLINE

Webinar 1: Chemistry for Corrosion Refresher
Live Event Date: Tuesday, August 28 • Noon to 1:30 p.m. (EDT)
Instructor: Luke N. Brewer, Associate Professor, University of Alabama Tuscaloosa

Topics to be covered include:

  1. Define reduction and oxidation
  2. Identify oxidizing and reducing species in a reduction-oxidation (redox) reaction
  3. Explain the concept of oxidizing and reducing half-reactions
  4. Balance a redox equation
  5. Explain and calculate molarity, molality, and normality
  6. Explain the chemical meaning of the terms “pH” and “pOH”
  7. Calculate the pH and pOH for a solution
  1. Identify cations and anions in a solution
  2. Calculate the equilibrium constant for a redox reaction
  3. Calculate the equilibrium constant and/or the free energy change for a given redox reaction
  4. Calculate the equilibrium constant and/or the free energy change for a given redox reaction
  5. Relate the equilibrium constant to the Nernst equation

Webinar 2: Basics of Electrochemical Thermodynamics & Potential (Voltage)
Live Event Date: Tuesday, September 11 • Noon to 1:30 p.m. (EDT)
Instructor: Garry W. Warren, Professor Emeritus, University of Alabama Tuscaloosa

Topics to be covered include:

  1. Potential, free energy, EMF series, Nernst equation
  2. Understanding and using Pourbaix diagrams
  3. Experimental measurements, reference electrodes, reversible potentials, and corrosion potentials
  4. Sign conventions: ∆G = nFE OR ∆G = -nFE

Webinar 3: Electrochemical Kinetics of Corrosion
Live Event Date: Tuesday, September 25 • Noon to 1:30 p.m. (EDT)
Instructors: Garry W. Warren, Professor Emeritus, University of Alabama Tuscaloosa; and Luke N. Brewer, Associate Professor, University of Alabama

Topics to be covered include:

  1. Faraday’s Law, exchange current, polarization
  2. Mixed potential theory and polarization diagram
  3. Experimental polarization curves
Meet the Instructors
Luke N. Brewer
Associate Professor of Metallurgical and Materials Engineering
University of Alabama Tuscaloosa
View Bio
Garry W. Warren
Emeritus Professor of Metallurgical and Materials Engineering
University of Alabama Tuscaloosa
View Bio

Registration

The live webinars in this series were held in August and September 2018, but the recordings are still available for purchase. This webinar series is a free event for TMS members. Members will still need to complete the registration process in order to access live or recorded webinar links. Registration fees will give you access to all three webinars in the series. Please allow 48 hours after registration to receive your webinar recording access link.

Purchase Recorded Webinars

Registration Rates:
(Live event or recorded event)

Registering As Standard Rate Student Rate* Group Rate
Member $0 $0 $0
Nonmember $90 $30 $180

* Must be a full-time undergraduate or graduate student to receive the student rate; a copy of student school identification card is required; must e-mail a copy of ID card to TMS Meeting Services upon registering.

Cancellation/Refund Policy: TMS reserves the right to cancel this webinar due to low registration; registrants will be notified at least 24 hours prior to the start of the live event and will receive a full refund. If a registrant must cancel, TMS must be notified in writing (by e-mail or mail) before August 26, 2018; payment will be refunded less a $20 processing fee. No refunds will be processed after August 21, 2018.

MEET OUR SPONSOR

OLI Systems

OLI simulation technology is the standard for ionic modeling of electrolyte systems. OLI Systems provides software tools to model chemical processes, the electrochemistry of aqueous corrosion, water treatment and environmental behavior. Established in 1971, OLI’s core competencies are in electrolyte science R&D and in process simulation. The result is delivery of unique, rigorous and first-principles simulation software for scaling and corrosion analysis of water chemistry challenges. OLI has an extensive process-industry client base, and a reputation for accurate simulation of industrial applications. Software products include the OLI Studio, OLI Flowsheet: ESP, and the OLI Engine as a property method within OLI Alliance Partners’ commercial flowsheet simulators. Other services are applications consulting and training in electrolyte chemistry as well as in OLI software.

Download OLI’s free corrosion technical brief, "Accelerate Corrosion Prediction Accuracy with OLI Technology" today!
Abstract: OLI technology addresses corrosion caused by chemical attack. If you have a water-based system, or a gas system that has potential condensate, then simulation can calculate: Corrosive environment simulation; the tendency for corrosion; a kinetic rate of uniform corrosion; a localized corrosion indicator and worst case propagation rate; and, remaining asset life given pit depth and time information.

Questions? Contact TMS Professional Development staff for assistance.