TurboTides® harnesses the cutting-edge innovations in turbomachinery design and software technology to deliver a comprehensive, all-in-one platform for turbomachinery product development
Uncover the potential of our software through a personalized demo. Simply complete the form to get in touch with us. Experience the true power of our software and witness how our solutions can streamline your workflow, enabling more efficient product development with reduced time and effort.
TurboTides® provides inbuilt templates for design and analysis of different thermodynamic cycles.
Cycle analysis may be performed with turbine in preliminary design or with existing turbine model for single point or multi-point analysis. Templates are available for creating various cycles such as
Supports various compressor and turbine model option, such as data map or a 1D model
Turbocharger matching in Cycle analysis
Designing turbomachinery is a complex endeavor, marked by a multitude of challenges. Among these, the optimization of performance and the assurance of reliability are paramount. However, in today’s competitive landscape, these challenges are further compounded by the escalating demands for enhanced efficiency, environmental sustainability, and cost-effectiveness.
To effectively address these multifaceted challenges, a holistic and integrated design system is indispensable. This is where TurboTides® steps in, offering a comprehensive solution that seamlessly guides engineers through every step of the turbomachinery design process.
From the initial cycle analysis to meanline design, throughflow analysis, and precise blade-to-blade and throughflow simulations, TurboTides® ensures that your design journey is both efficient and effective. What’s more, its integrated platform enables interactive geometry editing, fostering a dynamic and iterative design process that leads to superior results.
Moreover, TurboTides® doesn’t stop at design; it offers a swift and convenient means of conducting CFD and FEA analyses, providing valuable insights into the performance and structural integrity of the designed turbomachinery.
By streamlining these processes and providing a holistic design experience, TurboTides® not only enhances the quality of your designs but also significantly reduces the design cycle time. This means that you can bring your cutting-edge turbomachinery to market faster and more competitively, meeting the ever-evolving demands of the industry.
1D meanline module supports preliminary design, analysis and data reduction for radial, mixed-flow and axial compressors, turbines, pumps and fans.
The geometry module provides extensive capability for interactive editing of the flow path.
Geometry editing for components of radial and axial – compressors, turbines, pumps, blowers and fan
In addition to creating the mechanical geometry for the flow path, detailed leakage path / secondary flows are also created.
Not just impeller / blades but also the inlet casing and volute geometry can also created in geometry module.
The geometry modules based on streamline curvature model also provides 2D flow solver which includes a hub-to-shroud throughflow (S2 surface) solver and a blade-to-blade (S1 surface) solver.
3D CAD geometry import that includes flow passage, stator and rotor blades, impeller with back face and also volute which can be fully parametrised and edited.
Embedded database that supports convenient storage and reuse of any 3D component models.
Industries most advanced volute editing capability wherein the user can control volute cross section, tongue and exit pipe. It also support dual volute and volute import.
Supports various airfoil types for axial compressor and turbines which includes NACA, DCA, MCA, Legacy profiles etc.
The CFD module is based on Finite Volume solver
TurboTides® includes a full 3D finite-element based structural solution for for radial and axial turbomachines.
Whether you’re engaged in the design of compressors, turbines, fans, or pumps, TurboTides caters to all these turbomachinery types. Distinguishing itself from other software, it offers specialized features and functionalities tailored to the distinct needs of each machine category. With specific loss models, it excels in generating designs that maximize efficiency and performance.
Axial Fan / Compressor / Turbines
Radial Compressor / Turbine
Mixed Flow Compressor / PumpsTurboTides® provides the most advanced turbomachinery design platform that encompasses the entire design process from cycle design and analysis to 3D geometry generation utilizing the most accurate industry standard loss models and 3D analysis solvers.
TurboTides® provides a fully integrated platform with accurate solvers and industry standard loss models along with widest optimization algorithms including AI based.
TurboTides® provides the most advanced geometry editing & manipulation features with options to import CAD model & parametrizing as well as export in various formats.
TurboTides® provides options to auto-calibrate the models from test or CFD using data reduction. Also provides database management option to utilise data for future projects.
In this section, you’ll find answers to some of the common inquiries that may arise about TurboTides® , the turbomachinery design system.
TurboTides® stands out due to its holistic design approach, featuring an integrated system, an exceptionally advanced and interactive GUI, and pioneering industry-first features. To truly comprehend these distinctions, we invite you to experience it firsthand.
Kindly complete the trial request form, and one of our sales consultants will promptly get in touch with you to guide you through the trial setup. Typically, our trials run for two weeks, but in exceptional circumstances, we can extend this period for up to four weeks.
Our aim is to empower you to effectively navigate the software independently. To facilitate this, we provide training, user documentation, and, of course, unparalleled support from our technical team through email, phone, or online meetings.
Certainly, we offer the full functionality of the software during the trial period. However, to accommodate the limited timeframe, the trial is tailored to specific machine types as per the user's request.
The software cost is contingent on the selected modules and machine types. Our pricing is not determined by the software's features and functionalities but rather by the modules and machine types. Additionally, there are no additional charges for floating licenses.
Feel free to reach out to our sales consultant to request a quotation.
We provide adaptable licensing choices, including annual lease, perpetual, and lease-to-own options.
Feel free to reach out to our sales consultant to request a quotation based on your specific needs.
We ensure smooth integration with third-party commercial software. If your workflow involves third-party or inhouse software, you can export the geometry in a custom format to seamlessly incorporate it into your existing processes. Should you have specific requirements, please don't hesitate to inform us, and our technical support team will gladly work on developing custom export options tailored to your workflow.
Indeed, we maintain an engineering consulting division dedicated to assisting with product development and consulting endeavours. Feel free to complete the form to connect with us regarding your specific requirements.
TurboTides, is the registered trademark of TurboTides Inc.
ANSYS Mechanical is registered trademark of ANSYS, Inc.
ABAQUS is registered trademark of Dassault Systémes SIMULIA Corporation.
Licenses for ANSYS Mechanical or ABAQUS are not included and must be licensed separately from ANSYS Inc. or Dassault Systémes SIMULIA Corporation respectively.
