ARMD (Advanced Rotating Machinery Dynamics) is a specialized software package developed by RBTS for the analysis, modeling, and troubleshooting of rotor/bearing systems and mechanical drive trains. It integrates multiple analytical modules, enabling engineers to evaluate, design, and predict the performance of a wide range of rotating machinery, from small compressors to large turbine generators. The software is widely used by manufacturers and end-users in sectors that rely on rotating equipment, supporting both new designs and failure analysis.

Key Features

Integrated Analytical Modules Provides five main modules for comprehensive analysis.

• Rotor dynamics (lateral and torsional)
• Fluid film and rolling element bearing analysis
• Mechanical drive train simulation

Advanced Modeling and Visualization Supports detailed and realistic modeling of complex systems.

• 3-D Shaft Viewer with animation and distortion simulation
• User-friendly interface with step-by-step tutorials

Performance Prediction and Troubleshooting Enables accurate simulation and analysis for diverse machinery.

• Design and performance prediction
• Failure analysis and troubleshooting tools

Customizable and Modular Purchase and use only the modules needed for specific applications.

• Flexible licensing and module selection
• Tailored solutions for customer requirements

Benefits

Comprehensive Machinery Analysis Reduces the need for multiple software tools by integrating all major analysis functions.

• Streamlines workflow for engineers
• Ensures consistency and accuracy across analyses

Improved Productivity and Usability Modern interface and automation features enhance efficiency.

• Fast model setup with templates and wizards
• Simultaneous multiple instance support for comparison

Industry-Relevant and Up-to-Date Reflects latest industry standards and practices.

• Regular updates with new technical features
• Input from industry and standards organizations