aerospace@aerothermalsolutions.co
aerospace@aerothermalsolutions.co
The Science of Hypersonic Travel Did you know that hypersonic speed is defined as five times the speed of sound, or over 3,800 mph (6,125 km/h)? To put this in perspective, most commercial airplanes fly at approximately 560 mph (900 km/h). Imagine something traveling at a speed more than six times that! Space missions and […]
Read MoreCFD no Automobilismo No século XIX, as equações de Navier-Stokes abriram as portas para a descrição matemática dos complexos padrões de escoamento de fluidos. Contudo, somente com o advento da tecnologia de computadores na segunda metade do século XX, foi possível desvendar esse vasto sistema de equações. A fluidodinâmica computacional (CFD) emergiu como um ramo […]
Read MoreA Journey in the MSX Universe In the universe of personal microcomputers of the 1980s, the MSX stood out as a platform that sought to standardize and facilitate the development of software and hardware among manufacturers. In this scenario, the CPU MSX magazine from Águia Informática publishing house emerged, becoming an important channel […]
Read MoreThe Impact of CFD ATS is pleased to invite all engineering and architecture professionals and enthusiasts to a pioneering event, organized by Carlos Cotta Engineering and hosted by the Institute of Engineering: “How CFD in Engineering and Architecture Can Save a Country’s Economy and Protect the Environment”. This event will take place on November […]
Read MoreNUMAP-FOAM Summer School 2023 and Our Collaboration with Prof. Hrvoje Jasak In the realm of engineering and computational simulation, the pursuit of excellence is an unwavering commitment. Last month, Jayme, an engineer at ATS Aerothermal Solutions, had the honor of attending the prestigious NUMAP-FOAM Summer School 2023 in Cambridge, where a confluence of […]
Read MoreNumerical Simulation of Coupled Heat and Mass Transfer for Airfoil Ice Protection Systems The prevention of ice accretion on aircraft wings is an imperative concern for the aviation industry, with critical implications for both safety and efficiency. In another landmark contribution from ATS, the chapter titled “Numerical Simulation of Coupled Heat and Mass Transfer […]
Read MoreA Deep Dive into Numerical Simulations and Boundary Layers In the world of aviation safety, in-flight icing remains a significant concern. A team of specialists composed of ATS engineers and researchers from the University of São Paulo (USP) , has made a substantial contribution to this field with the chapter “Numerical Simulation of […]
Read MoreBrian Spalding: A Pioneer in Computational Fluid Dynamics Brian Spalding (9 January 1923 – 27 November 2016) was a renowned pioneer in computational fluid dynamics (CFD) and engineering simulation. His groundbreaking contributions include the development of the SIMPLE algorithm, revolutionizing fluid flow problem-solving. Founding Concentration, Heat & Momentum Limited (CHAM), he promoted practical […]
Read MoreChallenges in the Oil and Gas Industry The oil and gas industry is vital to the global economy, being one of the main sources of energy for households, businesses, and industries around the world. However, this constant demand for oil and gas comes with numerous challenges, one of which is pipeline, ducts, and […]
Read MoreSustainability and Innovation in Mining Sustainability and innovation are the keywords in the industry currently, and considering this, ATS has positioned itself at the forefront of sustainable development. An example that confirms ATS’s position is the innovative project of a Low NOx burner, which achieved a 50% reduction in NOx emissions during the iron […]
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