This paper takes the titanium alloy box parts processed by Elimold as the research object. It explores the deformation control technology and efficient digital processing method of the case titanium alloy parts through the numerical control machining of the box parts in actual production, which provides a good reference case for the company to undertake the CNC machining […]
Introduction: While it will take decades and a great deal of change for the world to move away from dependence on fossil fuels, such a shift is underway, and nuclear energy is among the alternative energy sources available. However, significant advances in nuclear technology are urgently needed to facilitate the more widespread use of fission energy.
Binder Jet 3D Printing Technology Advances Nuclear Energy Technology Utilization Read More »
Aug. 26, 2022 – Researchers from the Hebrew University of Jerusalem have developed a new wood 3D printing material that can morph into pre-designed shapes. The eco-friendly raw material, made from a mixture of wood flour and plant extracts, is capable of deformation due to the direction of the fibers in its wood composition that causes it
New Wooden 3D Printing Material Can Be Used to Make Self-Assembling Flat Furniture Read More »
Oak Ridge National Laboratory has installed the first AMCM test cell that integrates extrusion-based 3D printing and molding to produce low-porosity thermoplastic composite parts rapidly. 3D printing + molding of large composite parts: To achieve high volume production of large 3D printed composite parts with high performance, Oak Ridge National Laboratory has developed a system called AMCM,
Enabling high-volume production of large 3D printed composite parts with low porosity Read More »
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