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GT-SCORG

Powerful Screw Compressor System Simulation Solution

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Product Overview

What is GT-SCORG?

GT-SCORG combines the geometry calculation capabilities of industry-leading screw machine design software, SCORG (developed by PDM Analysis), with the multi-physics and system modeling capabilities of GT-SUITE. With GT-SCORG, screw machine manufacturers have a one-stop, integrated solution for simulating the performance of a screw machine in the complete system.

GT-SCORG is integrated directly in GT-SUITE and is the result of a long-term collaborative development between GT and PDM Analysis.

Screw Machine simulation with GT-SCORG

PRODCUTIVITY IS THE KEY

Ease of Use with GT-SCORG

With GT-SCORG, engineers can easily simulate a screw machine. Starting from the rotor geometry, GT-SCORG automatically generates profiles of the chamber volume, leakage areas, and port areas, as well as a ready-to-use GT-SUITE model. Engineers can evaluate and predict the thermodynamics, flow rates (accounting for internal leakages), and power consumption.

GT-SCORGE Product Animation

ANALYZE THE ENTIRE SYSTEM

Multi-Physics Systems Simulation

When designing a screw compressor, it is important to consider not only the thermodynamic performance of the machine but also the performance of the entire system.

After creating a screw machine model, engineers can leverage the system simulation capabilities of GT-SUITE to analyze additional components including:

  • Oil and cooling circuits
  • Valves
  • Mufflers
  • Bearings
  • Shaft and gear dynamics
  • Electric motors
GT-SCORG Full System Simulation
GT-SCORGE Product Animation

Advanced Features

Screw Machine Modeling Capabilities

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Thermodynamic Modeling

Study thermodynamics within the screw machine, including the chambers, suction port, and discharge port.

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Flow Prediction

Predict flow rates, accounting for internal leakages.

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Performance Prediction

Predict torque, power, and efficiency.

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Refrigerant Drop-in Studies

Perform refrigerant drop-in studies to meet regulation requirements.

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System-level Optimization

Optimize a screw machine considering the entire system, including vibration, thermal effects, and acoustics

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Digital Twin

Develop a digital twin for condition monitoring and fault detection.

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Automated Rotor Optimization

Pair with GT-AUTOMATION to perform rotor optimization by varying rotor geometry, port timing and shape, and more using GT-SUITE’s integrated optimizer.