Electrochemistry and Electrodeposition Modeling

September 20–22, 2022 11:00 a.m. EDT

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If you want to learn how to model electrochemical reactions and analyze the important characteristics of your electrodeposition cells in COMSOL Multiphysics®, this is the course for you. During the online 3-day training course, we will introduce you to the electrochemistry modeling functionality in COMSOL®, the Electrochemistry Module, and the Electrodeposition Module.

To teach this course, we will use a combination of instructor- and self-guided hands-on exercises as well as theoretical and practical lectures. We will describe in detail the electric potential in electrodes, electrolytes, and electrode kinetics as well as how to combine multiple electrode reactions in one electrode. Furthermore, we will investigate the effects that chemical species transport has on electrochemical reaction kinetics. During the training exercises, you will also learn how to account for ohmic, activation, and concentration overpotential and define chemical and electrochemical reactions in COMSOL®. You will also see how simulation can help you predict the effects that electrode geometry, material properties, and operating conditions have on the performance of electrochemical cells. In addition, we will give an overview of the dedicated electrochemistry features that are available for simulating amperometry, potentiometry, and more.

We will also have a look at porous electrodes and the deposition or dissolution of electrodes and investigate the features in the Electrodeposition Module that can be used for simulating the effects that geometric changes have on electrochemical processes, modeling moving boundaries, and predicting thickness in deposited layers.

Schedule

Day 1

11 a.m.–1 p.m. EDT

  • Charge transport
  • Electrode kinetics
  • Mass transport in liquids and convective flow
  • Current distributions

2–5 p.m. EDT

  • Chemical and electrochemical reactions
  • Electroanalytical techniques
  • Electrochemical impedance spectroscopy (EIS)
  • Solving electrochemical models

Day 2

  • Work on exercises (no class)

Day 3

11 a.m.–1 p.m. EDT

  • Porous electrodes
  • Homogenizing of porous electrodes
  • Electrode dissolution or deposition

2–5 p.m. EDT

  • Deformed geometry
  • Parameter estimation
  • Electrothermal modeling

Suggested Background

This course assumes familiarity with the fundamentals of electrochemistry. We strongly recommend that those new to COMSOL Multiphysics® take a COMSOL Multiphysics® intensive training course prior to attending this class.

Pricing & Payment Methods

The price for this online training course is $795 per person.

We offer an academic discount to those who qualify. The academic rate for this course is $595.

We accept payment by credit card, company purchase order, check, wire, or direct deposit. For security purposes, please do not send credit card information via email.

This training course will be recorded, and the recording will be made available to all paid registrants.

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Mail payments or purchase orders to:

COMSOL, Inc. 100 District Avenue Burlington, MA 01803

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Fax purchase orders to:

COMSOL, Inc. ATTN: Training (781) 273-6603

end2col Please review our course cancellation/return policies. For additional information, please email course@comsol.com.

Please review our course cancellation/return policies. For additional information, please email info@comsol.com.

Register for Electrochemistry and Electrodeposition Modeling

To register for the event, please create a new account or log into your existing account. You will need a COMSOL Access account to attend Electrochemistry and Electrodeposition Modeling.
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Training Course Details

Local Start Time:
September 20–22, 2022 | 11:00 a.m. EDT (UTC-04:00)
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Speaker

Niloofar Kamyab
Senior Applications Engineer

Niloofar Kamyab is a senior applications engineer at COMSOL with a focus on electrochemistry, including batteries and fuel cells. She received her PhD in chemical engineering from the University of South Carolina, where her research focused on the mathematical modeling of battery systems.