Course Curriculum
The course will include six, half-day virtual modules, presented live, with supporting course handout materials.
Course Schedule
The schedule is in Eastern Standard Time (UTC-5:00). Use the Time Zone Converter to translate event times into your local time zone.
Tues. 9:00 a.m. – 12:00 p.m., EST
Module 1: History, Overview, and Fundamentals of HEAs
Live instruction
Tues. 1:00 p.m. – 4:00 p.m., EST
Module 2: Classes of HEAs and Alloy Design I
Live instruction
Wed. 9:00 a.m. – 12:00 p.m., EST
Module 3: Classes of HEAs and Alloy Design II
Live instruction
Wed. 1:00 p.m. – 4:00 p.m., EST
Module 4: Properties I
Live instruction
Thurs. 9:00 a.m. -12:00 p.m., EST
Module 5: Properties II
Live instruction
Thurs. 1:00 p.m. – 4:00 p.m., EST
Module 6: Computational Modelling and Machine Learning Approaches for HEAs
Live instruction
Course Modules
Module 1: History, Overview, and Fundamentals of HEAs
Instructor: Daniel B. Miracle
This module will cover the history of HEAs and provide an overview of some key fundamental principles and definitions associated with HEAs.
Learning Objectives
- Learn a history of HEAs
- Gain a fundamental understanding of HEAs and their applications
Module 2: Classes of HEAs and Alloy Design I
Instructor: C. Cem Tasan
This module will consider the various classes of HEAs, including (but not limited to) refractory HEAs, 3D transition metal HEAs, HEA steels, HEA ceramics, and HEA functional materials. For the various classes of HEAs, alloy design considerations will be discussed.
Learning Objectives
Module 3: Classes of HEAs and Alloy Design II
Instructors: Amy Clarke, Kester Clarke, and Noah Philips
This module will consider the various classes of HEAs, including (but not limited to) refractory HEAs, 3D transition metal HEAs, HEA steels, HEA ceramics, and HEA functional materials. For the various classes of HEAs, alloy design considerations will be discussed.
Learning Objectives
Module 4: Properties I
Instructor: Peter Liaw and Mike Titus
This module will consider in depth the structural/mechanical properties of HEAs, including focus on properties resulting from different processing routes for producing different types of HEAs, and potential future application domains.
Learning Objectives
Module 5: Properties II
Instructor: Peter Liaw and Mike Titus
This module will transition from structural properties to consider the functional properties of HEAs (e.g., magnetic), and end with potential future application domains for HEAs targeted toward optimization of functional materials properties.
Learning Objectives
Module 6: Computational Modelling and Machine Learning Approaches for HEAs
Instructor: Taylor Sparks
This module will cover computational modeling and machine learning methods associated with predictive modeling of HEA processing, microstructures, and/or properties.
Learning Objectives
For More Information
For more information about this course, please contact:
TMS Meeting Services
5700 Corporate Drive Suite 750
Pittsburgh, PA 15237
Telephone:
U.S. and Canada Only: 1-800-759-4867
Other Countries: 1-724-776-9000
Fax: 1-724-776-3770