
Beyond G-Code: Hopkins Engineers Develop New Control Method for More Advanced 3D Printing
A team at Johns Hopkins has developed a new way to control 3D printers known as T-Code, designed to eliminate print flaws and accelerate complex, custom designs
Recent News
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Fire-resistant designs, community collaboration could be the best defense against future wildfires
CategoriesJohns Hopkins structural design and resilience expert Thomas Gernay says fire-resistant building designs are key to protecting communities from increasingly destructive wildfires
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Beyond G-Code: Hopkins Engineers Develop New Control Method for More Advanced 3D Printing
CategoriesA team at Johns Hopkins has developed a new way to control 3D printers known as T-Code, designed to eliminate print flaws and accelerate complex, custom designs
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As chair, Xiao will promote computational mechanics to young researchers and support student engagement and professional development
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CaSE expands its curriculum with a course on optimizing building energy management systems to enhance resiliency and sustainability
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Computational engineering expert Somnath Ghosh led a team combining machine learning and advanced modeling to improve reliability and durability of 3D-printed metals
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Q&A with Ján Drgoňa
CategoriesThis article is part of a series featuring Q&As with Ralph O’Connor Sustainable Energy Institute (ROSEI)-affiliated researchers. Next up is Ján Drgoňa, an associate professor in the Department of Civil and Systems Engineering and a…
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Johns Hopkins engineering faculty is recognized for her role in creating the COVID-19 dashboard which became an essential global resource in tracking and predicting outbreaks
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Johns Hopkins engineers have developed a new method for controlling interfaces on a voxel (3D pixel) scale to customize an object’s physical behavior and appearance