Numerical Simulations with MPoint

MPoint provides continuum-based modelling based on the Material-Point Method (MPM). The method allows for large deformation without any mesh distortion.

Illustrative step-by-step tutorials, example applications and verification problems.

Tutorials

This section presents tutorials that take first-time users through basic steps of working with MPoint.

The Quick Start is a first look at model creation in MPoint that moves quickly through a series of steps to go from project creation to problem solution, and is aimed at users familiar with FLAC3D and the user interface.

MPoint2D

2D tutorial to come !

MPoint3D

• Quick Start

Example Applications

MPoint2D

• Creating Material Points From Zones
• Punch Indentation of a Cohesive Frictionless Material
• Failure of a Benched Slope Under Gravity
• Splitting of Material Points
• Cantilever Beam Vibration

MPoint3D

• Creating Material Points From Zones
• Cantilever Beam Vibration
• Slope Failure With Automatic FLAC3D Zone Conversion
• Collapse of Cylindrical Sand Column
• Splitting of Material Points

Verification Problems

MPoint2D

• Cook’s Membrane: Volumetric Locking and Zone Coupling
• Impact Between Elastic Rings

MPoint3D

• Rough Strip Footing on a Cohesive Frictionless Material
• Natural Periods of an Elastic Column
• Smooth Square Footing on a Cohesive Frictionless Material
• PIC-FLIP Velocity Update for Square Pulse in Elastic Bar