Software Cradle Co.’s Post

🔗 Hexagon develops new thermal management solutions in collaboration with partners Hexagon has partnered with partners Ricoh Company Ltd. and nTop to create a new way to perform thermal-fluid analysis for cold plates and heat exchanger designs using additive manufacturing. Latticed structures can revolutionise the cooling performance of cold plates and heat exchangers, but complex geometry can make it difficult to generate accurate meshes. By employing a new implicit meshing technique in Cradle CFD scSTREAM, you can dramatically cut down the time required to generate a lattice mesh compared to a conventional STL approach, with some tests resulting in 1,300-fold faster results. Want to learn more about how you can explore designs faster and take advantage of next-generation thermal management software? Reach out to a Hexagon expert now. Hexagon’s thermal management solutions: https://lnkd.in/eZ8PVEbi This model was provided courtesy of Ricoh #CFD #CradleCFD #ThermalManagement #Thermal #Multiphysics #Simulation

🔗 Hexagon develops new thermal management solutions in collaboration with partners Hexagon has partnered with partners Ricoh Company Ltd. and nTop to create a new way to perform thermal-fluid analysis for cold plates and heat exchanger designs using additive manufacturing. Latticed structures can revolutionise the cooling performance of cold plates and heat exchangers, but complex geometry can make it difficult to generate accurate meshes. By employing a new implicit meshing technique in Cradle CFD scSTREAM, you can dramatically cut down the time required to generate a lattice mesh compared to a conventional STL approach, with some tests resulting in 1,300-fold faster results. Want to learn more about how you can explore designs faster and take advantage of next-generation thermal management software? Reach out to a Hexagon expert now. Hexagon’s thermal management solutions: https://lnkd.in/eZ8PVEbi This model was provided courtesy of Ricoh #CFD #CradleCFD #ThermalManagement #Thermal #Multiphysics #Simulation

🔗 Hexagon develops new thermal management solutions in collaboration with partners Hexagon has partnered with partners Ricoh Company Ltd. and nTop to create a new way to perform thermal-fluid analysis for cold plates and heat exchanger designs using additive manufacturing. Latticed structures can revolutionise the cooling performance of cold plates and heat exchangers, but complex geometry can make it difficult to generate accurate meshes. By employing a new implicit meshing technique in Cradle CFD scSTREAM, you can dramatically cut down the time required to generate a lattice mesh compared to a conventional STL approach, with some tests resulting in 1,300-fold faster results. Want to learn more about how you can explore designs faster and take advantage of next-generation thermal management software? Reach out to a Hexagon expert now. Hexagon’s thermal management solutions: https://lnkd.in/eZ8PVEbi This model was provided courtesy of Ricoh #CFD #CradleCFD #ThermalManagement #Thermal #Multiphysics #Simulation

🔗 Hexagon develops new thermal management solutions in collaboration with partners Hexagon has partnered with partners Ricoh Company Ltd. and nTop to create a new way to perform thermal-fluid analysis for cold plates and heat exchanger designs using additive manufacturing. Latticed structures can revolutionise the cooling performance of cold plates and heat exchangers, but complex geometry can make it difficult to generate accurate meshes. By employing a new implicit meshing technique in Cradle CFD scSTREAM, you can dramatically cut down the time required to generate a lattice mesh compared to a conventional STL approach, with some tests resulting in 1,300-fold faster results. Want to learn more about how you can explore designs faster and take advantage of next-generation thermal management software? Reach out to a Hexagon expert now. Hexagon’s thermal management solutions: https://lnkd.in/eZ8PVEbi This model was provided courtesy of Ricoh #CFD #CradleCFD #ThermalManagement #Thermal #Multiphysics #Simulation

🔗 Hexagon develops new thermal management solutions in collaboration with partners Hexagon has partnered with partners Ricoh Company Ltd. and nTop to create a new way to perform thermal-fluid analysis for cold plates and heat exchanger designs using additive manufacturing. Latticed structures can revolutionise the cooling performance of cold plates and heat exchangers, but complex geometry can make it difficult to generate accurate meshes. By employing a new implicit meshing technique in Cradle CFD scSTREAM, you can dramatically cut down the time required to generate a lattice mesh compared to a conventional STL approach, with some tests resulting in 1,300-fold faster results. Want to learn more about how you can explore designs faster and take advantage of next-generation thermal management software? Reach out to a Hexagon expert now. Hexagon’s thermal management solutions: https://lnkd.in/eZ8PVEbi This model was provided courtesy of Ricoh #CFD #CradleCFD #ThermalManagement #Thermal #Multiphysics #Simulation

🔗 Hexagon develops new thermal management solutions in collaboration with partners Hexagon has partnered with partners Ricoh Company Ltd. and nTop to create a new way to perform thermal-fluid analysis for cold plates and heat exchanger designs using additive manufacturing. Latticed structures can revolutionise the cooling performance of cold plates and heat exchangers, but complex geometry can make it difficult to generate accurate meshes. By employing a new implicit meshing technique in Cradle CFD scSTREAM, you can dramatically cut down the time required to generate a lattice mesh compared to a conventional STL approach, with some tests resulting in 1,300-fold faster results. Want to learn more about how you can explore designs faster and take advantage of next-generation thermal management software? Reach out to a Hexagon expert now. Hexagon’s thermal management solutions: https://lnkd.in/eZ8PVEbi This model was provided courtesy of Ricoh #CFD #CradleCFD #ThermalManagement #Thermal #Multiphysics #Simulation

🔗 Hexagon develops new thermal management solutions in collaboration with partners Hexagon has partnered with partners Ricoh Company Ltd. and nTop to create a new way to perform thermal-fluid analysis for cold plates and heat exchanger designs using additive manufacturing. Latticed structures can revolutionise the cooling performance of cold plates and heat exchangers, but complex geometry can make it difficult to generate accurate meshes. By employing a new implicit meshing technique in Cradle CFD scSTREAM, you can dramatically cut down the time required to generate a lattice mesh compared to a conventional STL approach, with some tests resulting in 1,300-fold faster results. Want to learn more about how you can explore designs faster and take advantage of next-generation thermal management software? Reach out to a Hexagon expert now. Hexagon’s thermal management solutions: https://lnkd.in/eZ8PVEbi This model was provided courtesy of Ricoh #CFD #CradleCFD #ThermalManagement #Thermal #Multiphysics #Simulation

🔗 Hexagon develops new thermal management solutions in collaboration with partners Hexagon has partnered with partners Ricoh Company Ltd. and nTop to create a new way to perform thermal-fluid analysis for cold plates and heat exchanger designs using additive manufacturing. Latticed structures can revolutionise the cooling performance of cold plates and heat exchangers, but complex geometry can make it difficult to generate accurate meshes. By employing a new implicit meshing technique in Cradle CFD scSTREAM, you can dramatically cut down the time required to generate a lattice mesh compared to a conventional STL approach, with some tests resulting in 1,300-fold faster results. Want to learn more about how you can explore designs faster and take advantage of next-generation thermal management software? Reach out to a Hexagon expert now. Hexagon’s thermal management solutions: https://lnkd.in/eZ8PVEbi This model was provided courtesy of Ricoh #CFD #CradleCFD #ThermalManagement #Thermal #Multiphysics #Simulation

🔗 Hexagon develops new thermal management solutions in collaboration with partners Hexagon has partnered with partners Ricoh Company Ltd. and nTop to create a new way to perform thermal-fluid analysis for cold plates and heat exchanger designs using additive manufacturing. Latticed structures can revolutionise the cooling performance of cold plates and heat exchangers, but complex geometry can make it difficult to generate accurate meshes. By employing a new implicit meshing technique in Cradle CFD scSTREAM, you can dramatically cut down the time required to generate a lattice mesh compared to a conventional STL approach, with some tests resulting in 1,300-fold faster results. Want to learn more about how you can explore designs faster and take advantage of next-generation thermal management software? Reach out to a Hexagon expert now. Hexagon’s thermal management solutions: https://lnkd.in/eZ8PVEbi This model was provided courtesy of Ricoh #CFD #CradleCFD #ThermalManagement #Thermal #Multiphysics #Simulation

🚀 Optimize Flow and Heat Transfer with Cutting-Edge Technology! 3D printing can dramatically enhance the cooling performance of cold plates and heat exchangers, pushing beyond the limits of traditional methods. However, the challenge lies in optimizing complex lattice structures, which can make mesh generation slow and inefficient. By combining nTop and scSTREAM from Cradle CFD, this new workflow uses an implicit method instead of conventional STL, cutting down design development time and enabling rapid exploration of realistic cooling performance. Optimize your designs faster and more effectively than ever before! Want to learn more about how you can explore designs faster and take advantage of next-generation thermal management software? Reach out to a Hexagon expert now. Hexagon’s thermal management solutions: https://lnkd.in/eZ8PVEbi This model was provided courtesy of Ricoh. #CFD #CradleCFD #ThermalManagement #Thermal #Multiphysics #Simulation #AdditiveManufacturing #Innovation #3DPrinting #DesignOptimization Subham Sett Anup Paul, PhD, PE Jun Eto Maxime BOMMÉ Joanna Li-Mayer Yumiko Katsumura Melinda Corley Veera Venkata Sunil Vytla Luca Castignani Davide Cerizza Pramod Deshpande Ganesh pawar Praphul T Manikandan M Tomohiro Irie Tae-Gyun Lim Thomas Kächele