Andritz offers a suite of simulation solutions that helps industrial operations reduce risk and realize cost savings. Our proprietary simulation tool, IDEAS, is the leading dynamic simulator for the global kraft pulp industry, oil sands operations in the Canadian north, potash operations, and for hard rock mining. IDEAS contains many industry-specific libraries that allow the modeling of a facility at a macro level. Its powerful steady-state capabilities enable the performance of steady-state mass and energy balances; the tracking of components, compounds, and element flow and concentration; and the handling of particle size distributions. During the process design phase of a project, IDEAS is a quick and powerful tool that enables users to dynamically model a complete project. It can be used to test and verify design concepts and process control logic - quickly, and at low cost and low risk. IDEAS catches hundreds of errors in control logic before start-up, which means a plant achieves planned production on or ahead of schedule. ANDRITZ can model any vendor equipment and is able to communicate with every DCS supplier, so that operators will train on the same graphics and logic that they will use in the actual plant.

RES3DINVx64 - 3D RESISTIVITY & IP INVERSION software. In areas with complex structures, there is no substitute for a fully 3D survey. The arrays supported include the pole-pole, pole-dipole, inline dipole-dipole, equatorial dipole-dipole and Wenner-Schlumberger and non-conventional arrays. The RES3DINV program uses the smoothness-constrained least-squares inversion technique to produce a 3D model of the subsurface from the apparent resistivity data. The RES3DINVx64 Basic program supports up to 8 GB RAM, while RES3DINVx64 Professional supports up to 192 GB RAM. The data inversion takes less than a minute for small surveys with 100 electrodes in a flat area, to about an hour for extremely large surveys with 3000 electrodes in rugged terrain. The program will automatically choose the optimum inversion parameters for a data set. However, the parameters that affect the inversion process can be modified by the user. The inversion settings can be optimized for areas where the subsurface resistivity varies in a smooth manner, or optimized for areas with sharp boundaries. Topographic effects can be incorporated into the model by using a distorted finite-element grid such that the surface of the grid matches the topography.

BLASTPLAN-PRO is a graphically based initiation design and simulation package for Shotfirers and Drill and Blast Engineers.

1.2.Build is a software for predesign of 2D frames in steel, concrete or timber.

• Continuous beams and beams in 2 phases
• Plates bearing in one direction
• Load on upper or lower fiber
• Minimal and optimal dimensions
• Cracked deflection with creep

• Automatic transfer of theoretical to practical reinforcement
• Continuous or discontinuous reinforcement bars at supports
• Straight or curved, continuous or discontinuous reinforcement anchors
• Extensive annotation options for text, stirrups, longitudinal bars, ...

Fastrak is steel building design software.

ETPier is a high-performance Windows-based program for the design and analysis of highway bridge piers, bents, and abutments. ETPier seamlessly combines the functionality of a state-of-the-art structural analysis engine with concrete column, beam, and footing design capabilities. Integration of the critical design tasks into one system means you get superior productivity and flexibility and improved quality control. ETPier is specifically designed for bridge substructures. Powerful parametric modeling wizards are included to facilitate rapid structure layout and generation. Specify which load combinations to investigate and ETPier will automatically process them and quickly identify the governing case for each component of the structure. Under the hood is a structural analysis engine that redefines performance. True 3D analysis capabilities are built in. Non-linear second order effects are handled at the matrix level to dramatically cut processing time. The result: complete analyses can be done real-time in seconds rather than minutes or hours. Fast and accurately.