Advancements in steel processing, including machining and welding innovations, are crucial for enhancing efficiency and ...
Low-carbon steel (mild steel) An alloy that is grey and smooth, rusts if not protected Ductile and tough, easy to form, braze and weld, versatile, useful for construction, nuts, bolts, bike frames ...
Those processes are essential to produce metal parts and components for our modern society. The process outcomes depend on the material properties of the metals, e.g., in casting, welding, brazing, ...
The material, composed of a class of polymers known as TPEs, enables the design and manufacture of flexible 3D-printed structures whose rigidity can be adjusted. Thanks to 3D printing, engineers have ...
You will be redirected to our submission process. Non-metallic inclusion and precipitate behaviors in liquid and solid state advanced steels/alloys have a significant effect on the material properties ...
University of Toronto researchers used machine learning to create nano-architected materials with the strength of carbon ...
Researchers from the University of Toronto have used 3D printing to create nano-architected materials that are both strong and light.
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Researchers turn old junk into cutting-edge material with intriguing properties — here's how they did it"You can begin to consider totally new alloys that we’ve not been able to make before." Researchers turn old junk into ...
This phenomenon is particularly significant in high-temperature applications, where materials like austenitic stainless steels and copper ... influences the creep properties of materials.
The demands on packaging that arise from the filling product and the processes in the supply chain can be highly complex and ...
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