- TurboTides Cycle Analysis supports the design and analysis of following thermodynamic cycles and configurations:
- Rankine cycle, including Organic Rankine Cycle (ORC)
- Gas turbine cycle
- Super-critical CO2 cycle
- Refrigeration cycle
- Turbocharger matching
- Multistage compressor sizing and analysis, including Integrated Gear Compressor (IGC).
- Supports various compressor and turbine model option, such as data map or a 1D model.
- Easy setup for cycle optimization.

1D meanline module supports preliminary design, analysis and data reduction for radial, mixed-flow and axial compressors, turbines, pumps and fans.
- Calibrated 1D model through data reduction can match the test data point-by-point on full performance map.
- Real fluid model based on REFPROP 10 and fast table.
- User Define Function (UDF) allows user to change the default model and behavior of the program.
- Easy setup for 1D optimization.
- Supports scaling, trimming, flow-cut and adjustable geometry modeling.

2D flow analysis includes a hub-to-shroud throughflow (S2 surface) solver and a blade-to-blade (S1 surface) solver.
- Streamline curvature method.
- Automatic mesh generation from 3D geometry.
- Automatically quantify the blade geometry (blade angle, thickness, lean).
- Considers loss, deviation and blockage and spanwise mixing.
- Easy setup for flow passage and blade profile optimization.

Geometry modeler provides full support for 3D geometry generation.
- Geometry editing of common components in radial and axial compressors, turbines, pumps, blowers and fan.
- Mechanical geometry editing.
- CAD import of full 3D CAD geometry including flow passage, blades, impeller blades, disk and back face feature.
- Embedded database supports convenient storage and reuse of any 3D component models.
- Advanced volute editing capability with convenient user control of various cross section, volute tongue, exit pipe geometry and dual volute.
- Supports various airfoil types, such as NACA, DCA, MCA etc.

Full 3D pressure based CFD solver with unstructured meshing.
- Support parallel computing with unlimited cores.
- Fully automatic mesh generation and setup of boundary condition;
- Full post-processing support: text report, mesh/contour/vector/streamline/iso-surface view, line plots.
- Support real gas calculation, including automatically generated real gas table.
- Easy comparison plots between 3D and 1D results.
Interface to CFX TurboGrid allows easy employment of ANSYS CFX if desired

Support Finite Element Analysis for impeller, vane element and volute.
- Support static analysis, thermal analysis and modal analysis.
- Support linear and nonlinear material, including elastic, plastic, creep and hyper-elastic material.
- Convenient pre-processing support: automatic mesh generation and automatic setup of loads and constraints.
- Passage and blade surface loads are automatically interpolated from 3D CFD results.
- Full post-processing support: text report, Campbell diagram, interference diagram, contour and deformation plots etc.
- Computation of weight and inertial.

Embedded database is a version-controlled central data storage placed on the network that facilitates the saving and reuse of design, test data, geometry models and UDF across your organization.
- Any TurboTides objects (components, machine, curves, fluid models etc.) can be saved to the database and reloaded to the current designs.
- Object-oriented database records support complicated data structure from performance map to component and machine geometry and flow models.
- Allow user to define any user record types and specify their behavior through scripting.

TurboTides built-in optimization capability provides convenient employment of optimization throughout every stage of design process.
- Can invoke cycle, 1D, 2D CFD and FEA solvers conveniently in each module.
- Through scripting, user can define complex optimization procedure such as multi‑disciplinary optimization.

TurboTides offers full engineering design services to our clients, which include:
- Aerodynamic/hydrodynamic design and analysis of compressors, turbines, pumps and fans.
- Structural analysis of rotor and other stationary components.
- Rotodynamic analysis for the rotating system.
- Mechanical design, CAD, and solid modeling.
