AxStream v3.9.12


AxStream v3.9.12
The AxSTREAM® software platform for multidisciplinary design, analysis and optimization provides an integrated and streamlined approach to turbomachinery design. This best-in-class software solution encompasses the complete process for radial, axial and mixed flow turbomachinery design. This includes gas and steam turbines, compressors, blowers, pumps, fans, rotors, bearings, secondary flows, and cooling.
AxSTREAM® Software Suite – Turbomachinery Design

SoftInWay already provides over 500 global clients with the turbomachinery software and services needed to make their projects a success. Each module seamlessly integrates with one another so you can use AxSTREAM® as your one stop shop or to assist you with a specific part of your design. AxSTREAM®’s capabilities and features include:

    Preliminary Design for single-stage, multi-stage and multi-module turbomachines.
    Meanline/Streamline Analysis allows users to check the performance, velocity triangles, leakages, etc. of a machine for any set of boundary conditions as well as review the streamwise and spanwise distribution of thermodynamic, kinematic and loss parameters.
    AxMAP for performance mapping of operational conditions and geometric variations for a given design.
    AxPLAN of various design tasks, utilizing fast design of experiment (DoE) study methods.
    Profiling and 3D Blade Design to create and edit 3D airfoils via various geometric features and interactive charts for plane sections profiling and 3D blade stacking.
    AxCFD for the calculation of 2D and 3D analysis in blade-to-blade channels.
    AxSTRESS for rapid 3D finite element analysis on blades and attachments.
    AxSLICE used for reverse engineering to extract the profile geometry of 3D blade models to analyze existing machines in the AxSTREAM software platform
    Bearing Calculation and Analysis to determine the hydrodynamic performance and mechanical characteristics of journal (radial load and axial thrust), aero, squeeze film dampers and rolling element bearings as well as annular seals.
    RotorDynamics used to calculate rotor trains natural frequencies (including modes shape), unbalance response and conclude on stability for both lateral and torsional analyses while accounting for accurate bearing and support characteristics.

AxSTREAM ION Software – Co-Simulation Environment

    AxSTREAM ION for process automation, artificial intelligence, digital twin generation, and multidisciplinary optimization

AxSTREAM System Simulation  Software – Streamline System Performance

    AxSTREAM System Simulation for thermodynamic cycle and fluid system design, modeling, and optimization in energy, propulsion, and turbomachinery technology

Software Bundles

    AxSTREAM.SPACE™ – Liquid propulsion system development