FloTides and OpTides were released for fluid network simulation and universal multidiscipline designs beyond the turbomachinery industry.
LOS ANGELES, CA, UNITED STATES, March 13, 2025 /EINPresswire.com/ -- Spinpo proudly announces: TurboTides, the leading provider of cutting-edge CAE industrial software solutions, releases TurboTides 2024R2, the latest iteration of its Revolutionizing Turbomachinery Design with AI-driven optimization and
Enhanced Multidisciplinary Integration for turbomachinery. This update introduces groundbreaking advancements in intelligent optimization, multidisciplinary collaboration, and user-centric workflows, reaffirming TurboTides’ position as a global leader in turbomachinery design innovation. Beyond the turbomachinery industry, two more CAE tools, FloTides, a fluid network simulation platform, and OpTides, a universal multidisciplinary design platform, join with TurboTides to serve the broader industry applications.Key Highlights of TurboTides 2024R2
1. Intelligent Optimization & Full-Process Automation
• AI-Driven Optimization: The enhanced OASIS optimization engine leverages small-sample machine learning to tackle high-variable, multi-objective, and multidisciplinary challenges. It delivers faster convergence, stability, and seamless integration with CFD/FEA results. This multi-objective optimizer now features multi-point optimization for optimizing a performance map.
• Multi-Objective Optimization: Achieve simultaneous efficiency, weight reduction, and stress improvements through AI-powered multidisciplinary optimization.
• Automatic Error Handling: The system now detects and discards geometrically invalid optimization points in real, ensuring smoother workflows.
2. Enhanced 1D/2D/3D Design & Analysis
• Streamlined 1D Design: New Model Scaling and Data Calibration modes enable rapid generation of high-precision preliminary designs in the cycle module, supporting multi-stage compression systems, ORC cycles, and supercritical CO₂ Brayton cycles.
• Operating Range Prediction in 1D Analysis: Tools have been developed to predict operating range, including a stall/choke predictor for compressors and a cavitation calculator for pumps
• Advanced 2D Throughflow Analysis: Added Inverse Design Mode (for axial applications) allows users to define performance targets (e.g., pressure ratios, efficiency) and automatically derive optimal blade geometries. Real-gas property calculations and radial mixing models (Denton, Lewis, Aungier) further enhance accuracy.
• 3D Geometry & CFD Enhancements: Parameterized balance holes, asymmetric blade thickness definitions, and improved volute wall modeling streamline complex geometry creation. Structured gap meshing and dimensionless coefficient reporting elevate CFD precision.
• New FEA dynamics tools: New FEA features allow for harmonic, transient thermal, modal dynamics, and direct dynamics simulations, with integrated post-processing and animation.
3. Cross-Platform Collaboration & Database Upgrades
• Unified Database: TurboTides’ centralized database now supports real-time team collaboration, version control, and seamless data synchronization across local and remote systems.
• Linux Compatibility: Full support for Linux systems ensures compatibility with domestic operating environments, expanding accessibility.
4. Other Features
• Balance Hole Modeling: Design and precisely simulate leakage structures, including export to CAD/FEA formats.
• NACA-65 Blade Generation: Create radial blades using conformal mapping algorithms for superior aerodynamic performance.
• Fir-Tree Geometry Tools: Simplified parameter adjustments and dynamic 2D previews enhance turbine disk design efficiency.
Why TurboTides?
TurboTides 2024R2 empowers engineers to:
• Integrate aerodynamics, thermodynamics, and structural analysis into a single platform, eliminating tool fragmentation.
• Reduce design cycles by up to 90% with automated meshing, parametric modeling, and AI-driven optimization.
Alongside TurboTides 2024R2, TurboTides continues to advance its ecosystem of next-generation CAE solutions:
• FloTides: A fully autonomous 1D-3D fluid network simulation platform, FloTides revolutionizes thermal-fluid system design with AI-driven optimization, fluid-structure coupling, and Reduced Order Model (ROM) integration. Its robust libraries for components (130+ types) and industrial-grade fluid properties (NIST-standard and specialized media) enable rapid modeling of complex systems in the aviation and HVAC sectors. Unique FMI-compliant co-simulation and 1D-3D CFD interoperability ensure precision for digital twin development and lifecycle management.
• OpTides: A universal CAE platform for multidisciplinary design, OpTides empowers industries from aerospace to automotive with GPU-accelerated CFD/FEA solvers, parametric modeling, and AI-driven optimization. It streamlines tasks like aerodynamic shape optimization, structural integrity validation, and transient dynamics analysis, achieving 5-10x faster convergence than conventional tools. Its unified database and scriptable workflows support seamless collaboration, making it ideal for rapid prototyping and mission-critical engineering.
Together, TurboTides, FloTides, and OpTides form a more robust collection of innovations, delivering end-to-end solutions that redefine efficiency, accuracy, and agility in industrial design.
About TurboTides
TurboTides is advancing CAE software independence. The company empowers high-end equipment manufacturing through integrated, intelligent, and customizable solutions, ranging from turbomachinery (TurboTides) to thermal-fluid systems (FloTides).
About Spinpo LLC: Located in California, Spinpo provides worldwide services for sales and support of TurboTides software
KEYWORDS: #TurboTides #CAD #CAE #turbomachinery #compressors #pumps #turbochargers #engineering#innovation #simulation #optimization #AI
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