Advanced Design Technology Ltd.

🔩Interested in improving the efficiency and safety of high-speed low pressure axial turbines? Learn how to design the rotor of the last stages of an axial turbine. Identify how to employ rapid multidisciplinary optimization to achieve significant improvement in the aerodynamic performance and structural integrity of the rotor. Read the full article here including software demos 📑 : https://bit.ly/4g9gLU6 #AxialTurbine #3DInverseDesign #Turbomachinery #TURBOdesignSuite

⚡ TURBOdesign Suite 2024.2 Software Release 📢Last Call! Sign up to our upcoming webinar to get a first glance of TURBOdesign 2024.2, loaded with amazing new features and enhancements. 🎉 In the webinar, you'll ➡️Learn about the important advantages of the 3D inverse design blade parametrization impact on creating a machine learning system for turbomachinery design under industrial time scales. ➡️ Discover how the unique Reactive Response Surface (RRS) can intelligently add points to the design matrix where it is needed in order to achieve high accuracy surrogate models with a very small number of designs. ➡️ Understand how the automatic integration with major CAE platforms such as Ansys CFX and Siemens STAR-CCM+ enables the automatic implementation of the RRS with high fidelity CFD models. This new release brings together all the major functionalities of TURBOdesign Suite to tackle difficult to solve multi-point, multi-objective problems in turbomachinery design and much more. 🗓️ Wednesday 4th December, 2024 🕘Time: 9am & 5pm (GMT) Register for the webinar here: https://bit.ly/3OpVkSI #Turbomachinery #TURBOdesignSuite #3DInverseDesign

💧 Explore the Hydrodynamic Design of a Turbocharger Pump and Turbine for Reverse Osmosis Desalination Plant Application. ★ The Challenge: A leading custom pump manufacturer engaged ADT to design a turbocharger system using 3D Inverse Design capabilities of TURBOdesign Suite, ensuring it met specific head, power, and efficiency targets. ⛓️ The Solution: By meticulously optimizing both the impeller and volute components, the design not only fulfilled all customer duty point requirements but also surpassed the target efficiency by an impressive 5 points. ✨Key Highlights: ↳ Exceeded target efficiency by 5 points ↳ Optimized pump and turbine impeller designs to suppress secondary flows and maximize efficiency ↳ Design compact, highly efficient volutes that perform well at both design and off-design conditions 📝 Key Takeaways: TURBOdesign Suite allowed ADT engineers to ↳ Explore large areas of the design space and ↳In a very short product development time frame Read the full article here to find out more: https://bit.ly/4fET1qL #Pumps #Turbines #TURBOdesignSuite #Hydropower #Turbomachinery #3DInverseDesign

⚡ NEWS FLASH: Introducing TURBOdesign Suite 2024.2! We are excited to announce the latest release of TURBOdesign Suite 2024.2, packed with exciting new features and enhancements designed to enhance your engineering design capabilities. 🎉 The unique machine learning system for solving difficult multi-point and multi-objective problems is based on 3 key features of TURBOdesign Suite: ✅ The unique functionality of the 3D inverse design method to parameterize the 3D blade shape with very few parameters while maintaining key design objectives such as flow rate and specific work. Hence, enabling the generation of accurate surrogate models. ✅ The unique Reactive Response Surface (RRS) which by intelligently adding points in the design matrix in an iterative manner can achieve very high accuracy surrogate models with small design matrix. ✅ The automatic coupling of RRS with the CAE software such as Ansys CFX and Siemens STAR-CCM+ enables automatic calculation and post-processing of the CFD data at multiple operating points. 📅 Register for the Webinar Now! Don’t miss this webinar to get an in-depth review of all these exciting new features and enhancements; including live demos and Q&A sessions. Date: Wednesday 4th December, 2024 Time: 9am & 5pm (GMT) Register here 👉 https://bit.ly/3UV7LcQ Looking forward to seeing you there! 😊 #SoftwareUpdate #TURBOdesignSuite #NewRelease #Turbomachinery

Thank you to everyone who joined our webinar on 'Design of a Low-head Shaft Driven Contra-Rotating Reversible Pump Turbine for Pumped Hydro Storage Application'! If you missed it, you can watch the recording here: https://bit.ly/48WbexF We can't wait to see you at our future webinars. #TURBOdesignSuite #Turbomachinery #Webinar #HydraulicTurbine #3DInverseDesign

📖 Interested in improving the efficiency of high-speed radial inflow turbines? Key Highlights: ✅Discover how to design the full stage including the rotor, nozzle and the volute. ✅Identify how to employ rapid multidisciplinary optimization to achieve a quick trade-off between the aerodynamic and structural performance of the rotor in less than an hour! ⚙️ ✅See how by using automatic optimization allows for a balance between the aerodynamic and mechanical performance of the rotor. Read the full article here with software demos included: https://bit.ly/48O2PfA #RadialTurbine #Turbines #Sustainability #3DInverseDesign #Turbomachinery #TURBOdesignSuite

💡 Find out how JAXA: Japan Aerospace Exploration Agency reduced turbopump diameter by 10% without compromising performance. 🚀JAXA used TURBOdesign Suite and a 3D Inverse Design method to try to overcome "Stepanoff's Spell" in pump design. Key highlights: ✅ Improved energy density while maintaining the same head and flow rate resulting in better performance under the same operational conditions. ✅ Overcame traditional limitations through precise blade loading control, allowing for more efficient energy transfer. ✅ Improved diffuser performance with a front-loaded pressure rise, ensuring smoother flow and reduced losses. ✅ Using TURBOdesign1 allowed JAXA to apply 3D Inverse Design Methodology, optimizing the aerodynamic performance. ✅ Designed scalable solutions adaptable to various rocket engine sizes and types, providing versatility for future projects. Takeaway: This case study looks at how JAXA went about designing a compact centrifugal pump to achieve high energy density to reduce the weight, cost and development time of a rocket engine turbopump. To learn more, click here 👉 https://bit.ly/4evAcFl #Turbomachinery #Turbopump #TURBOdesignSuite #Aerospace #PumpDesign

💡In this paper, we introduce, for the first time, a commercially available solution that aligns with industrial development timelines for 3D multi-disciplinary and multi-point design optimization of turbomachinery blades. Our methodology integrates the 3D inverse design method, automatic optimizers, as well as 3D CFD and 3D FEA codes. In this publication, you will ➡️ See how engineers can create a very large design space with just a few design parameters ➡️ How using inverse design significantly cuts the number of design iterations required and makes the response surfaces far more accurate ➡️ Understand the important role of seamless integration between TURBOdesign Suite, CFD and FEA Read the full paper to streamline and accelerate the design process for centrifugal compressors! 👉https://bit.ly/3AxdZZB 🚀 #3DInverseDesign #DesignOptimization #Turbomachinery #TURBOdesignSuite #CentrifugalCompressors

💡In this comprehensive blog post, key aspects in the design of an industrial centrifugal compressor with a return channel are discussed in order to achieve a high performance. Key Takeaways: ➡️ Learn how to optimise the blade geometries and meridional shapes of the impeller, diffuser and return channel using 3D inverse design coupled with response surface optimization. ➡️ Discover how to make industrial centrifugal compressors more energy-efficient and environmentally friendly!🔋 ➡️ With TURBOdesign Pre, engineers can quickly generate the meridional shape and detailed reports, ensuring high efficiency. Read the full article here with software demos 📝: https://bit.ly/40C1O8e #CentrifugalCompressor #Compressors #Sustainability #3DInverseDesign #Turbomachinery #TURBOdesignSuite

See how GRUNDFOS a leading pump manufacturer, selected TURBOdesign1 as the hydraulic design system of choice. This resulted in significant improvement in efficiency and performance of various pump applications. Key Takeaways: ✅ Significant efficiency improvements and optimization using ANSYS/CFX and TURBOdesign1 ✅ Redesigned guidevane for multi-stage pump to reduce corner separation and increase efficiency by 4% ✅ Automatic optimization strategy for impeller design to meet emission regulations efficiently ✅ Substantial improvement in product performance, reduced design costs and lead time ✅ Improve hydraulic efficiency of pumps by 1-2% and extend maximum efficiency level over a wider range of flow rates To find out more about the result of the application of this approach, read full case study here - https://bit.ly/4fuVPGs #GRUNDFOS #3DInverseDesign #Pumps #Turbomachinery #TURBOdesignSuite