Ansys Fluids’ Post

The NASA High Efficiency Centrifugal Compressor is a valuable open geometry and data set for small core engine designers. In this news article, the ADS CFD GPU accelerated software suite was used to accurately resolve the complex flow physics of the manufactured design, as well as show how the design intent geometry would improve performance. Additionally, with GPU acceleration, these results were obtained at incredible speeds and at very low cost enabling designers to quickly and confidently move from design iteration to design iteration. #adscfd #turbomachinery #cfd #gpucomputing #aerospace https://lnkd.in/gfyQEJvy

"Excited to share insights from my recent simulation work using ANSYS Discovery! ✈️🌐 I had the opportunity to simulate a blended wing body design. Utilizing ANSYS Discovery, I navigated the intricacies of airflow dynamics, optimizing this innovative aircraft model for enhanced aerodynamic efficiency and performance. The simulation journey was a testament to the power of cutting-edge technology, allowing us to visualize and fine-tune the design with precision. The blended wing body concept promises a revolutionary shift in aircraft design, and exploring its potential through simulation was both enlightening and rewarding. 🚀✨ #aerospaceengineering #simulation #ansys #BlendedWingBody #innovationinaviation #ansysfluent #simulations #flight #wing #cfd #analysis #ansysdiscovery #aerodynamics "

Ever wondered how those sleek jets defy gravity? Meet CFD, the secret weapon of aerospace engineers! This virtual wind tunnel simulates air flow, helping design faster, more efficient, and safer aircraft. ✈️ From wings to engines, CFD powers innovation, paving the way for supersonic jets and reusable rockets! 🚀 #aerospace #engineering #cfd #technology

🚀 Exploring the Role of Software Testing in Rocket Launch Success! Recently, I delved into how software testing is crucial for successful rocket launches. Here are some key insights: 🛠️ Structural Integrity: Ensuring accurate stress predictions with simulation software. 🔧 Propulsion Systems: Validating engine control algorithms for reliable performance. 📡 Avionics & Control: Guaranteeing precise guidance, navigation, and telemetry. 🌐 Environmental Tests: Simulating extreme conditions to ensure resilience. 🛡️ Safety: Testing abort systems and redundancy mechanisms for fail-safes. 🤖 Functional Testing: Integrating stage separation and payload deployment seamlessly. ⏱️ Pre-Launch Checks: Conducting thorough dry runs and final system checks. 🔍 Post-Launch Analysis: Analyzing telemetry data to ensure smooth operations. The meticulous work of software testing teams ensures that rockets are ready to face the challenges of space travel. It's fascinating to see how each test contributes to the overall mission success. 🌌✨ #SoftwareTesting #RocketScience #SpaceExploration #QualityAssurance #Aerospace #TechInnovation

Soaring to New Horizons with CFD in Aerospace!  The aerospace industry has always been at the forefront of innovation, and today, Computational Fluid Dynamics (CFD) is taking it to new heights.  Simulating Flight: CFD allows aerospace engineers to model and analyze the flow of air around aircraft, optimizing designs for greater efficiency and safety. Innovative Designs: From supersonic jets to space shuttles, CFD plays a pivotal role in shaping the future of aviation, making planes faster, quieter, and more eco-friendly. Precision Engineering: Every wing shape, engine placement, and aerodynamic detail is fine-tuned using CFD to ensure performance and safety. Exploring Beyond Earth: CFD is not limited to Earth's atmosphere – it's vital in spacecraft design, ensuring safe journeys through the vacuum of space. Join us in incredible contributions of CFD to the aerospace industry. The sky is not the limit; it's just the beginning! Have you ever marveled at the wonders of aerospace technology? Share your thoughts. #CFDinAerospace #InnovationInTheSky #CFDTechnology #cfd #🌍

Hypersonic flow over 3D sharp cone at zero angle of attack. The video illustrates the Mach number variation as the Computational Fluid Dynamics (CFD) solution of flow, operating at a Mach number of 7.95 over a sharp cone at a zero-degree angle of attack, converges to a steady state. Such simulations are pivotal in understanding the aerodynamic characteristics of high-speed vehicles and are instrumental in the design and optimization of aerospace systems operating within the hypersonic regime. CFD represents a cornerstone in the advancement of hypersonic aerodynamics, providing a cost-effective and efficient means of investigating fluid dynamics in conditions beyond the reach of conventional experimental techniques. Through its application, CFD contributes significantly to the elucidation of hypersonic phenomena and the optimization of aerodynamic designs for high-speed applications. #computationalfluiddynamics #aerospace #simulation #aerodynamics #hypersonic

The benefits from early simulation are numeros, it links between an idea and its specification, it reduces development cost and time to market. From now on ASM can refer to Aerospace Simulation Model as well as Automotive Simulation Model!

🚀 Explore the future of Aerospace engineering with Ansys CFD simulation software! 🔴 Cost Reduction and Accelerated Innovation 🔴 Safe and Sustainable Aviation 🔴 Future Aircraft Systems and Urban Air Mobility 🔴 Predictive Maintenance 🔎 Learn in our latest blog how Computational Fluid Dynamics (CFD) is shaping the trajectory of aviation and space exploration. Discover the applications and benefits of CFD in aerodynamic design, thermal analysis, propulsion system optimization. Read now: https://hubs.ly/Q02lSmpP0 #AerospaceEngineering #CFD #Ansys #SimulationSoftware #AerospaceInnovation #Aviation #SpaceExploration

A new consortium has been formed by the Hexagon Manufacturing Intelligence division and Boeing to define, drive, and standardise rotordynamics modelling and simulation requirements. Set up in collaboration with established names in the aircraft and aerospace engine industries, the Rotor Dynamics Consortium (RDC) aims to enable airframers and aerospace engine manufacturers to safely overcome the engineering challenges of more sustainable and efficient propulsion systems.   The consortium will build on finite element methods embedded throughout design, validation and safety certification workflows to apply next generation multiphysics simulations. Learn more here 👇 https://lnkd.in/eTvjNiHh #theengineer #rotordynamics #modelling #simulation #aerospace

Next-Gen Lightweight Aircrafts ✈ The quest for ever-lighter, high aspect ratio wings (AR = b^2/S) presents a classic engineering dilemma: reduce weight for improved fuel efficiency and range, but risk compromising structural integrity. Traditional methods often struggle with:  a. Non-linear material behavior: Current optimization techniques frequently rely on simplified material models, potentially overlooking crucial real-world complexities like composite anisotropy or damage tolerance. b. Computational cost: Large-scale wing designs with intricate geometries can push traditional optimization algorithms to their limits, hindering design exploration and cycle times.    Here at BosonQ Psi (BQP), we're exploring the potential of advanced optimization methodologies to address these limitations:  We are exploring the potential of quantum algorithms. We're actively exploring the integration of quantum algorithms with our high-fidelity and ROM techniques. Our Novel Optimization approach offers the potential to revolutionize optimization on today's HPC This hybrid approach promises to:  1. Tackling highly complex design spaces  2. Uncover truly optimal designs by identifying material distributions and wing configurations that may be beyond the reach of traditional classical optimization methods.  3. Accelerate design cycles leading to faster innovation and time-to-market for next-generation aircraft. In the coming weeks, we will be showcasing the possibilities of our Quantum Inspired techniques to solve sticky problems that have plagued us for long. What do you think? Let me know in the comments #aerospace #optimization #quantumcomputing #simulation