_ppt-on-additive-manufacturing-preview-1.jpg "PPT On Additive Manufacturing from additive manufacturing process ppt Video Screenshot Preview 1")
Gallery_ppt-on-additive-manufacturing-preview-3.jpg "PPT On Additive Manufacturing from additive manufacturing process ppt Video Screenshot Preview 3")
Gallery_ppt-on-additive-manufacturing-preview-hqdefault.jpg "PPT On Additive Manufacturing from additive manufacturing process ppt Video Screenshot Preview hqdefault")
GalleryPlay Video:
(Note: The default playback of the video is HD VERSION. If your browser is buffering the video slowly, please play the REGULAR MP4 VERSION or Open The Video below for better experience. Thank you!)
Jump To Video Parts
⏲ Duration: 1 minute 19 seconds
👁 View: 1.2K times
Play Audio:👁 View: 1.2K times
Description:
Arun Appu
Arun Appu
Share with your friends:
Whatsapp | Viber | Telegram | Line | SMS
Email | Twitter | Reddit | Tumblr | Pinterest
_solar-power-breakthrough-could-bring-clean-energy-to-heavy-manufacturing.webp "Solar Power Breakthrough , Could Bring Clean Energy to, Heavy Manufacturing.<br/>A new solar-powered device may have <br/>reached a breakthrough, generating <br/>temperatures over 1,000 degrees Celsius. .<br/>The breakthrough was detailed in a study <br/>published in the journal 'Device.'.<br/>'The Independent' reports that the development <br/>raises hopes that green energy could be used to <br/>run some of the world's most fossil fuel-intensive <br/>manufacturing processes. .<br/>'The Independent' reports that the development <br/>raises hopes that green energy could be used to <br/>run some of the world's most fossil fuel-intensive <br/>manufacturing processes. .<br/>Using synthetic quartz crystals, the new <br/>proof-of-concept device traps solar energies <br/>at temperatures over 1,000 degrees Celsius. .<br/>The breakthrough could bring clean energy <br/>to carbon-intensive industries like cement, <br/>chemical and metal manufacturing.<br/>These manufacturing industries <br/>alone account for almost a quarter of <br/>the world's total energy consumption.<br/>The new device reportedly relies upon a phenomenon <br/>known as the thermal trap effect to harness the power <br/>of the sun more efficiently than ever achieved before.<br/>Previous research has only managed to <br/>demonstrate the thermal trap effect up <br/>to 170C. Our research showed that solar <br/>thermal trapping works not just at low <br/>temperatures, but well above 1,000C. , Emiliano Casati, Study co-author from ETH Zurich, via 'The Independent'.<br/>This is crucial to show <br/>its potential for real-world <br/>industrial applications, Emiliano Casati, Study co-author from ETH Zurich, via 'The Independent'.<br/>'The Independent' reports that researchers are looking <br/>to optimize the thermal trap effect to find <br/>new applications for the groundbreaking process.")
_3d-printing-124-additive-manufacturing-ppt.webp "Topics For Seminar")
_nasa-tests-3d-printed-ramfire-rocket-engine-nozzle.webp "NASA's Reactive Additive Manufacturing for the Fourth Industrial Revolution (RAMFIRE) project test-fired a 3D-printed engine nozzle at Marshall Space Flight Center in Alabama. See the test in real-time and slow motion here. <br/><br/>Credit: NASA Marshall Space Flight Center")
_what-is-additive-manufacturing-124-ge-additive.webp "Colibrium Additive")
_manufacturing-processes-ppt.webp "HARISH BARASKAR")
_solar-power-breakthrough-could-bring-clean-energy-to-heavy-manufacturing.jpg)
_3d-printing-124-additive-manufacturing-ppt.jpg)
_nasa-tests-3d-printed-ramfire-rocket-engine-nozzle.jpg)
_what-is-additive-manufacturing-124-ge-additive.jpg)
_manufacturing-processes-ppt.jpg)
![[+]](/images/menu.gif){kind=small}