#computational-fluid-dynamics

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TechCrunch
4 weeks ago
Cars

Watch: AI could help design and test F1 cars faster

BeyondMath uses machine learning for more accurate and faster fluid dynamics simulations, appealing to Formula One teams for car design. [ more ]
TechCrunch
1 month ago
Startup companies

Beyond Math's 'digital wind tunnel' puts a physics-based AI simulation to work on F1 cars | TechCrunch

AI can significantly enhance simulation processes in vehicle and aerospace design, cutting down lengthy wait times and increasing efficiency. [ more ]
Stanford HAI
10 months ago
Artificial intelligence

BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics

AI researchers at Stanford are collecting data from computational fluid dynamics to create a dataset for rocket science, oceanography, and climate modeling.
They hope to use this dataset to advance these scientific fields in the same way web-scale data advanced language processing.
This project demonstrates the potential of AI and data collection to revolutionize scientific research. [ more ]
#AI research
Stanford HAI
10 months ago
Data science

BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics

AI researchers at Stanford are collecting data from computational fluid dynamics to create a dataset for rocket science, oceanography, and climate modeling.
They hope to use this dataset to advance these scientific fields in the same way web-scale data advanced language processing.
This project demonstrates the potential of AI and data collection to revolutionize scientific research. [ more ]
Stanford HAI
10 months ago
Data science

BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics

AI researchers at Stanford are collecting data from computational fluid dynamics to create a dataset for rocket science, oceanography, and climate modeling.
They hope to use this dataset to advance these scientific fields in the same way web-scale data advanced language processing.
This project demonstrates the potential of AI and data collection to revolutionize scientific research. [ more ]
Stanford HAI
9 months ago
Data science

BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics

AI researchers at Stanford are using data from computational fluid dynamics to advance rocket science, oceanography, and climate modeling.
They aim to create a single dataset that can revolutionize these fields similar to how web-scale data revolutionized language.
The project could lead to breakthroughs in understanding complex fluid dynamics and improving predictions in various domains. [ more ]
Stanford HAI
9 months ago
Data science

BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics

AI researchers at Stanford are using data from computational fluid dynamics to advance rocket science, oceanography, and climate modeling.
They aim to create a single dataset that can revolutionize these fields similar to how web-scale data revolutionized language.
The project could lead to breakthroughs in understanding complex fluid dynamics and improving predictions in various domains. [ more ]
Stanford HAI
10 months ago
Data science

BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics

AI researchers at Stanford are collecting data from computational fluid dynamics to create a dataset for rocket science, oceanography, and climate modeling.
They hope to use this dataset to advance these scientific fields in the same way web-scale data advanced language processing.
This project demonstrates the potential of AI and data collection to revolutionize scientific research. [ more ]
Stanford HAI
10 months ago
Data science

BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics

AI researchers at Stanford are collecting data from computational fluid dynamics to create a dataset for rocket science, oceanography, and climate modeling.
They hope to use this dataset to advance these scientific fields in the same way web-scale data advanced language processing.
This project demonstrates the potential of AI and data collection to revolutionize scientific research. [ more ]
Stanford HAI
9 months ago
Data science

BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics

AI researchers at Stanford are using data from computational fluid dynamics to advance rocket science, oceanography, and climate modeling.
They aim to create a single dataset that can revolutionize these fields similar to how web-scale data revolutionized language.
The project could lead to breakthroughs in understanding complex fluid dynamics and improving predictions in various domains. [ more ]
Stanford HAI
9 months ago
Data science

BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics

AI researchers at Stanford are using data from computational fluid dynamics to advance rocket science, oceanography, and climate modeling.
They aim to create a single dataset that can revolutionize these fields similar to how web-scale data revolutionized language.
The project could lead to breakthroughs in understanding complex fluid dynamics and improving predictions in various domains. [ more ]
moreAI research
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