_the-material-science-of-metal-3d-printing-preview-1.jpg "The Material Science of Metal 3D Printing from additive manufacturing processes of metals Video Screenshot Preview 1")
Gallery_the-material-science-of-metal-3d-printing-preview-3.jpg "The Material Science of Metal 3D Printing from additive manufacturing processes of metals Video Screenshot Preview 3")
Gallery_the-material-science-of-metal-3d-printing-preview-hqdefault.jpg "The Material Science of Metal 3D Printing from additive manufacturing processes of metals 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: 15 minutes
👁 View: 1.3M times
Play Audio:👁 View: 1.3M times
Description:
Real Engineering
Real Engineering
Share with your friends:
Whatsapp | Viber | Telegram | Line | SMS
Email | Twitter | Reddit | Tumblr | Pinterest
Related Videos
_92.webp "Next in our series of movies about 3D printing we talk to Bart Van der Scheuren, vice president of Belgian additive manufacturing company Materialise, who explains how the three main 3D printing technologies work. nnBased just outside Leuven in Belgium, where we visited while researching our 3D-printing magazine Print Shift, Materialise have been working with 3D printing technologies for over 20 years.nn")
_what-is-additive-manufacturing-124-ge-additive.webp "GE Additive")
_meet-the-makers-the-hebden-bridge-jeweller-who-makes-something-magical.webp "Wearing jewellery is second nature to most of us, it’s something we barely think about. Along with our clothes, hair, make-up, jewellery is an expression of our style, a statement of how we see ourselves in the world.<br/>But unlike – say – a haircut or a new pair of jeans, jewellery reaches to something deeper. Crafted from precious metals and rare stones, our most treasured jewellery is often a token of love, given to mark a significant rite of passage in our lives: an important birthday, a wedding, a promise, an heirloom that links us to someone passed.<br/><br/>We invest the jewellery we love with special powers; these precious metals and stones become such a part of us that we feel lost without them – they seem to become connected to our personal strength and power.<br/><br/>Some might call it superstition, but for Hebden Bridge-based jeweller Toby Cotterill, it’s magic: “I think human beings are capable of magic.” he says, “We can all go beyond what we do in our everyday and get to a different place, and it can help us through hard times. I’m not saying that my jewellery is magic, it’s not me doing it, it’s people putting their emotions and memories and histories into a piece and giving it power.”<br/><br/>Throughout the world and since the beginning of time people have imbued jewellery with talismanic power. The objects we make from precious minerals and stones have been buried with us and long-outlasted skin and bone. Those ancient objects continue to exert an influence and connect us to the stories of people who lived before us.<br/><br/>In his tiny-but-perfectly-formed workshop in Hebden Bridge’s Northlight Studios, Toby sees himself as part of an ancient tradition, using tools and methods that jewellers and metalsmiths have refined and developed over thousands of years.<br/><br/>It’s a magical process to watch. Toby takes gold or silver, melts it, moulds it, cuts and hammers it, drills and files, heats it and plunges it into water, rolls it in sand – completely absorbed, at ease with his tools and lost in the making.<br/><br/>And somehow the metal takes on a new life, becomes something else – a shimmering beetle or fossil-like thing emerges. Something both ancient and alive at the same time, a moving, sparkling, precious thing with weight, something you want to touch…<br/><br/>One of four brothers, Toby’s childhood was spent in the hills and woods of the Welsh countryside: “Dad was a furniture maker, mum was a nurse.” he explains, “We didn’t have much money, but we were very happy. There was a move at the time toward self-sufficiency, so we had a small-holding, a few fields with maybe 20 sheep and a few pigs and cows. Mum and dad between them would work really hard, working the land and bringing us up. I think they wanted us to have that kind of childhood – grubby in the fields, learning the names of animals and plants and trees and just playing outside, making things.”")
_how-things-are-made-124-an-animated-introduction-to-manufacturing-processes.webp "The Efficient Engineer")
⏲ 10 minutes 29 seconds 👁 326.8K
_what-is-laser-powder-bed-fusion.webp "Additive Manufacturing Media")
_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.")
_92.jpg)
_what-is-additive-manufacturing-124-ge-additive.jpg)
_meet-the-makers-the-hebden-bridge-jeweller-who-makes-something-magical.jpg)
_how-things-are-made-124-an-animated-introduction-to-manufacturing-processes.jpg)
_what-is-laser-powder-bed-fusion.jpg)
_solar-power-breakthrough-could-bring-clean-energy-to-heavy-manufacturing.jpg)
![[+]](/images/menu.gif){kind=small}