Software Products

The latest updates to ITASCA software products such as FLAC3D, FLAC2D, 3DEC, PFC, and MassFlow now include point releases (e.g., 9.1, 9.2) between major versions (e.g., 9.0, 10.0). These point releases bring significant benefits for subscription license holders.

Subscription license holders enjoy seamless access to point releases at no additional cost. These point releases are packed with new features and capabilities developed in response to user feedback and industry advancements. By staying current with point releases, subscribers can leverage the latest tools and functionalities, enhancing their productivity, efficiency, and competitiveness.

Perpetual license holders also benefit from continuous support within their software version's support period. Although this does not include access to point release updates, periodic software updates will include any available bug fixes and even some minor improvements to ensure functionality and reliability of the software. Perpetual license holders may also purchase maintenance to access point-releases or ask about how you can convert a perpetual license into a subscription license by contacting [email protected].

JWL Constitutive Model for Blasting

Applies to FLAC3D and FLAC2D:

• The JWL (Jones-Wilkins-Lee) equation of state (EOS) has been added as a constitutive model.
• This constitutive model enables simulation of the thermodynamic behavior of detonation products as they expand and model the propagation of detonation waves and the interaction of explosive products with surrounding materials.
• Requires the Dynamic Analysis Option for FLAC3D and FLAC2D.

New Rapid Tools for Blasting

Applies to FLAC3D, FLAC2D, 3DEC, MassFlow, PFC3D, and PFC2D:

• Bench Blast Design rapid tool: Interactive blast simulator that combines empirical models for Kuz-Ram blast fragmentation and vibration. Consider the effects of different explosives, different rock types, and various blast hole layouts. Results include rock fragmentation, vibrations (PPV plots plus critical PPV distance and scaled distance charts).
• Explosive Rock Interaction rapid tool: Interactive bench blasting simulator for a single blast hole with ANFO, emulsion, and low density explosives for different rock types, and blast hole specifications. Results include energy distribution (crushing, vibration, gas), time pressure chart, hole expansion and crushing zones, and throw velocity and approximate throw distance.
• Requires the Dynamic Analysis Option for FLAC3D and FLAC2D.

New Examples for Rock Blasting Simulations:

Applies to FLAC3D, FLAC2D, and PFC3D:

• Borehole-rock interaction example model (FLAC2D and FLAC3D​).
• Mine bench and stope scale vibration model (FLAC3D).
• Rock fracturing from different pressure pulses (PFC3D).
• Modeling throw, muck pile formation, and grade movement (PFC3D).
• See online documentation: Modeling Rock Blasting.
• Requires the Dynamic Analysis Option for FLAC3D and FLAC2D.

Enhanced Hoek-Brown Rapid Tool

Applies to FLAC3D, FLAC2D, 3DEC, MassFlow, PFC3D, and PFC2D:

• Import triaxial data for automatic curve-fitting to calculate the Hoek-Brown parameters.
• Now also provides a Mohr-Coulomb fit and allows direct manipulation of the Hoek-Brown parameters.