PFC Discrete Element Modeling
Particle flow code for rock mechanics and fracture analysis.
Course preview
Videos & teaching samples
Course overview
When discrete element modeling adds value over continuum FDM/FEM.
Bond calibration demo
Calibrating stiffness and strength from simple lab data.
Failure mechanism sample
Watching crack propagation in a bonded particle assembly.
About this course
Learn PFC calibration, bond models, and micro-mechanical analysis of rock joints.
What you will learn
Calibrate bonded and unbonded particle assemblies
Model jointed rock and progressive failure mechanisms
Couple micro-mechanical insight with continuum validation
Apply PFC workflows to fragmentation and support design
Requirements
FLAC3D fundamentals recommended.
Frequently asked questions
How do I enroll in a course?
Browse courses, open the course page, and use Enroll for free or Buy course. Paid courses redirect to secure checkout.
Do I get lifetime access?
Yes — once enrolled you can revisit lessons and materials for this course.
What background do I need?
Each course lists prerequisites on its page. Intermediate geotechnical knowledge is typical for simulation workshops.
Are videos downloadable?
Streaming is provided in the browser; downloads depend on course policy and license.
What payment methods do you accept?
Paid courses support secure online checkout. For corporate or invoice billing, contact us directly.
Do I receive a certificate of completion?
Yes — after finishing all required modules you can download a certificate from your account.
Curriculum
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1
Particle Models
Calibration strategy and bond models
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2
Jointed Rock
Micro-mechanical analysis of fractures
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3
Laboratory Link
Matching lab tests to DEM parameters
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4
Case Study
Field-scale PFC workflow from import to reporting