3D Designs – Artdeko BG http://artdeko-bg.com/ Fri, 17 Sep 2021 18:59:45 +0000 en-US hourly 1 https://wordpress.org/?v=5.8 https://artdeko-bg.com/wp-content/uploads/2021/07/artdeko-bg-icon-150x150.jpg 3D Designs – Artdeko BG http://artdeko-bg.com/ 32 32 Mars Mound from the point of view of Ingenuity Helicopter in 3D https://artdeko-bg.com/mars-mound-from-the-point-of-view-of-ingenuity-helicopter-in-3d/ https://artdeko-bg.com/mars-mound-from-the-point-of-view-of-ingenuity-helicopter-in-3d/#respond Fri, 17 Sep 2021 16:37:45 +0000 https://artdeko-bg.com/mars-mound-from-the-point-of-view-of-ingenuity-helicopter-in-3d/ This 3D view of an area that the Mars Perseverance rover team calls “Faillefeu” was created from data collected by NASA’s Ingenuity Mars Helicopter during its 13th flight to Mars on September 4, 2021. Images used for to create the 3D image, or anaglyph, of the geological feature were taken at the request of the […]]]>

This 3D view of an area that the Mars Perseverance rover team calls “Faillefeu” was created from data collected by NASA’s Ingenuity Mars Helicopter during its 13th flight to Mars on September 4, 2021. Images used for to create the 3D image, or anaglyph, of the geological feature were taken at the request of the Mars Perseverance rover science team, who planned to visit the geological feature during the first scientific campaign.

The anaglyph is best seen with red-blue glasses. It was created by combining data from two images taken 16 feet (5 meters) apart by Ingenuity’s onboard color camera. At the time the two images were taken, Ingenuity was at an elevation of 26 feet (8 meters).

The Mars Ingenuity helicopter was built by JPL, which also manages the technology demonstration project for NASA Headquarters. It is supported by the Science, Aeronautical Research and Space Technology mission directions of NASA. NASA’s Ames Research Center in Silicon Valley, California, and NASA’s Langley Research Center in Hampton, Virginia, provided significant flight performance analysis and technical support during the development of Ingenuity. AeroVironment Inc., Qualcomm and SolAero also provided design assistance and major components of the vehicle. Lockheed Martin Space designed and manufactured the Mars Helicopter Delivery System.


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Now you can buy a house in America’s first 3D printed neighborhood https://artdeko-bg.com/now-you-can-buy-a-house-in-americas-first-3d-printed-neighborhood/ https://artdeko-bg.com/now-you-can-buy-a-house-in-americas-first-3d-printed-neighborhood/#respond Fri, 17 Sep 2021 02:00:12 +0000 https://artdeko-bg.com/now-you-can-buy-a-house-in-americas-first-3d-printed-neighborhood/ The first four 3D printed homes to hit the market in the United States are ready for their new owners in Austin, Texas. The East 17th Street Residences are a mini-neighborhood of modern black and white homes designed by Logan Architecture and built by a construction technology company ICON. Each is slightly different in size […]]]>

The first four 3D printed homes to hit the market in the United States are ready for their new owners in Austin, Texas. The East 17th Street Residences are a mini-neighborhood of modern black and white homes designed by Logan Architecture and built by a construction technology company ICON. Each is slightly different in size and layout, ranging from 900 to 2,000 square feet and costing between $ 450,000 and $ 745,000.

One of the first four full 3D printed homes in the United States, designed by Logan Architecture and built by construction technology company ICON.

One of the first four full 3D printed homes in the United States, designed by Logan Architecture and built by construction technology company ICON.

One of the first four full 3D printed homes in the United States, designed by Logan Architecture and built by construction technology company ICON.

Revolutionary homes took just five to seven days to print using a proprietary cement-based material called Lavacrete, which ICON says is more durable than traditional building materials. Only the first floor of each house has been 3D printed; the upper floors were constructed using more conventional methods and materials and feature wood framing and black metal standing seam cladding. Icons Vulcain construction system uses robots to layer the Lavacrete on ridged surfaces, creating structures that are more resistant to fire, flood, wind, and other natural disasters than conventionally constructed homes.

The interiors of the new 3D printed homes are defined by textured walls, wood accents, and plenty of modern amenities.

The interiors of the new 3D printed homes are defined by textured walls, wood accents, and plenty of modern amenities.

The architectural design of the 17th century residences is a concerto between the stereotomic nature of 3D printed concrete building bases and the tectonic upper volumes, traditionally framed, supported by their bases, ”explains Logan Architecture. “This duality, and the geometry it informs, is inspired by the Neolithic village of Skara Brae located on the Isle of Orkney in the Northern Isles of Scotland. Skara Brae was built in 3,180 BC and has been actively occupied for over 600 years. Although separated from the residences of the 17th East by five millennia, the challenges of the site and the time of intervention on it, as well as the optimism inspiring human ingenuity, remain the same for both projects.

Modern kitchen area inside Logan Architecture and ICON 3D printed homes in Austin.

Modern kitchen area inside Logan Architecture and ICON 3D printed homes in Austin.

Simple and bright living space inside the 3D printed homes of Logan Architecture and ICON in Austin.

Simple and bright living space inside the 3D printed homes of Logan Architecture and ICON in Austin.

The East 17th Residences Development by 3Strands is the first 3D printed home for sale in the United States built using ICON’s proprietary technology and cutting edge materials – the 21st century equivalent of stone easily. available. Like Skara Brae and the meticulous stone achievements from its builders, the design of the East 17th Residences pushes the limits of the capacity of concrete and explores the boundaries of what form our new stone age should take. And maybe 5,000 years from now, a future civilization will marvel at what 3Strands and ICON have accomplished, with such primitive technology.

Interior decorator Claire Zinnecker was inspired by the southwest style for the light and bright spaces inside the houses. A limited color palette of green, white, and terracotta harmonizes with the homes’ wood, metal, and concrete structural materials. The visibility of the 3D printed walls inside the first floor is a main design feature, giving each space an interesting element of texture and pattern.

View of the first community in the 3D printed homes market in the United States.  Designed by Logan Architecture and built by ICON in Austin, Texas.

View of the first community in the 3D printed homes market in the United States. Designed by Logan Architecture and built by ICON in Austin, Texas.

The 17th Street project is ICON’s second development in Austin, but the first to go public. Before he comes “The community first!” Village ‘, which consists of affordable housing designed to meet homeless in the city. The company has also partnered with the Texas Military Department to design and 3D print an energy-efficient training barracks in Bastrop, Texas, which is currently the largest 3D printed structure in North America. Their technology is even in demand with Nasa, who commissioned a student-led prototype lunar rocket landing pad with a ventilated design that redirects the plume away from the lunar surface. ICON is also working with NASA to 3D print an analog Martian habitat designed by the Bjarke Ingels group at its Johnson Space Center.


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An entire street of 3D printed Texas homes ready to move in https://artdeko-bg.com/an-entire-street-of-3d-printed-texas-homes-ready-to-move-in/ https://artdeko-bg.com/an-entire-street-of-3d-printed-texas-homes-ready-to-move-in/#respond Thu, 16 Sep 2021 18:29:58 +0000 https://artdeko-bg.com/an-entire-street-of-3d-printed-texas-homes-ready-to-move-in/ It’s East 17th Street, a collection of homes that vary in size and style. It has beautiful construction, beautiful walkways and landscaping. But what really makes this Austin, Texas project unique is that these are the first 3D printed homes for sale in America. Yes, you read that right. These houses were all made with […]]]>

It’s East 17th Street, a collection of homes that vary in size and style. It has beautiful construction, beautiful walkways and landscaping. But what really makes this Austin, Texas project unique is that these are the first 3D printed homes for sale in America. Yes, you read that right. These houses were all made with a 3D printer.

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Homes vary in size from 900 to 2,000 square feet in two and four bedroom designs. All houses have covered porches, covered parking and modern interior design. The rooms are large and open, the main bedrooms have vaulted ceilings and the windows are large to let in lots of light. Wood cabinetry, woven rugs, and small touches of greenery add pops of color to the homes’ neutral palette. A very modern and clean design creates a fluid and elegant look inside and out.

Related: Khawarizm Studio Introduces Unique 3D Printed Vase & Lamp

A walkway leading to a community of houses.

Designed by Logan Architecture, the collection includes four houses in total. Every home is strong, sturdy, secure and ready to move into. Their 3D printed construction is proof that the future is now.

A neutral living room with white walls, a white carpet, wooden ceilings, a white sofa and gray chairs.

The 3D printing of each house is due to the Texan construction company ICON, which used their Vulcan construction system. Through this process, 3D printing robotics deposits cement on ridged surfaces. According to ICON, this system creates a robust and highly weather resistant design.

A kitchen with wooden cabinets, stove and steel refrigerator.

3D printing technology “provides safer, more resilient homes that are designed to withstand fire, flood, wind and other natural disasters better than conventionally constructed homes and can be built in weeks.” , the company said in a statement.

A neutral bedroom with white walls, ceiling and floors.  A woven rug sits under a white bed, and two large windows show some greenery outside.

Printing the homes took five to seven days and was completed in March 2021. According to ICON, East 17th Street Residences “are the first 3D printed homes for sale in the United States and ready to move in.”

+ ICNE

Going through Dezeen

Images via ICNE


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Lovepop announces international distribution of 3D cards and gifts https://artdeko-bg.com/lovepop-announces-international-distribution-of-3d-cards-and-gifts/ https://artdeko-bg.com/lovepop-announces-international-distribution-of-3d-cards-and-gifts/#respond Tue, 14 Sep 2021 18:19:00 +0000 https://artdeko-bg.com/lovepop-announces-international-distribution-of-3d-cards-and-gifts/ BOSTON, September 14, 2021 / PRNewswire / – Lovepop, a leader in the design of stunning pop-up cards and gifts, is on a mission to create a billion magical moments around the world. To achieve this goal, the brand today announced an exclusive distribution partnership with HVM Heaven Sales and Marketing Gmbh (HVM) to serve […]]]>

BOSTON, September 14, 2021 / PRNewswire / – Lovepop, a leader in the design of stunning pop-up cards and gifts, is on a mission to create a billion magical moments around the world. To achieve this goal, the brand today announced an exclusive distribution partnership with HVM Heaven Sales and Marketing Gmbh (HVM) to serve customers in Germany, Austria, and Switzerland (DACH region) for the first time.

With thousands of unique designs, Lovepop combines art and engineering to push the limits of the imagination and develop creative, meaningful and fun ways for people to share love.

“We have created a brand and a range of products that appeal to everyone, no matter what their language or where they live,” says Jean Sage, co-founder and president of Lovepop. “With impressive industry experience and a passion for creating a better and brighter world, HVM will be an invaluable partner in launching our international distribution efforts in the DACH region. We are more than excited to take this next step to become a global brand. ”

From fall 2021, customers of Germany, Austria, and Switzerland will have access to the collection of 3D cards and Lovepop gifts for every occasion through a dedicated website (www.lovepop.de), equipped with pricing, customer support, and shipping options, all localized for the DACH region. Retail distribution is scheduled for early 2022.

“When we first spotted the Lovepop store in that of New York Hudson Yards, we were immediately blown away, ”says Olivier Kalkreuter, CEO of HVM. “We are impressed, not only by the design and creativity with which the cards are made, but also by the sense of love and community that the brand embodies. We are delighted to join the Lovepop family and distribute these wonderful cards and gifts in Germany, Austria and Switzerland. ”

About Lovepop
Lovepop’s mission is to create a billion magical moments. Founded by naval engineers, Lovepop combines art and engineering to push the limits of the imagination and create magical cards and gifts that bring people together. Whether you are celebrating a vacation, a milestone, or an everyday moment, Lovepop’s thousands of unique designs make it easy to share love with meaning, creativity and fun. For more information visit lovepop.com.

SOURCE Lovepop


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The “Secrets of the 3D Universe” to be Revealed at the IMAX Theater at the California Science Center https://artdeko-bg.com/the-secrets-of-the-3d-universe-to-be-revealed-at-the-imax-theater-at-the-california-science-center/ https://artdeko-bg.com/the-secrets-of-the-3d-universe-to-be-revealed-at-the-imax-theater-at-the-california-science-center/#respond Fri, 10 Sep 2021 17:00:00 +0000 https://artdeko-bg.com/the-secrets-of-the-3d-universe-to-be-revealed-at-the-imax-theater-at-the-california-science-center/ LOS ANGELES, September 10, 2021 / PRNewswire / – Audiences will be immersed in the greatest mysteries of our time; and be presented to brilliant minds seeking to unravel them, in Secrets of the 3D universe, opening for the first time in Los Angeles at the IMAX theater at the California Science Center on September […]]]>

LOS ANGELES, September 10, 2021 / PRNewswire / – Audiences will be immersed in the greatest mysteries of our time; and be presented to brilliant minds seeking to unravel them, in Secrets of the 3D universe, opening for the first time in Los Angeles at the IMAX theater at the California Science Center on September 18, 2021. The film explores the most exciting machines ever, including the Large Hadron Collider and the Laser Interferometer Gravitational Wave Observatory (LIGO), which allow us to delve deeper into our origins and unravel the mysteries of dark energy, matter black, black holes and additional dimensions. Showcasing a diversity of ethnic and female scientific role models, the film and its educational website aim to spark a new generation’s interest in STEM fields among those who are often under-represented.

In Secrets of the 3D universe, award-winning IMAX documentary maker Stephen low takes viewers on an exciting journey to Geneva, Switzerland, which houses the Large Hadron Collider (LHC). The LHC is the largest and arguably the most exciting machine ever built, built to witness an experience that takes us back to a millionth of a second after the Big Bang. The infographic illustrates the extremely powerful collider as protons scurry at practically lightning speed toward a collision that mimics conditions at the start of the Universe.

Secrets of the 3D universe invites guests to join physicist Dr. Manuel Calderón de la Barca Sánchez and his team of scientists trying to verify new theories about the nature of atoms, which could eventually lead to ideas that could allow new energy solutions clean, or other solutions to save the planet ideas. Born in Mexico, Professor Manuel Calderón of Barça Sánchez is the son of a tenacious father who believed in the value of education, and a mother who always encouraged it. Today, Manuel is a professor and researcher in the physics department at UC Davis where he seeks to understand the Universe through quantum chromodynamics. Secrets of the universe presents one of Manuel’s many projects at the Large Hadron Collider, supported by a grant from the National Science Foundation, and the groundbreaking experience of Manuel and his team.

According to Director Low, “21st century scientific machines like the LHC and LIGO provide modern scientists with the tools that the science giants of centuries past could only dream of. I felt we owed it to them to inspire a new generation of young people to make the most of the new tools at their disposal. ”

For more information on the film, visit http://secretsoftheuniversefilm.com Where https://californiasciencecenter.org/imax.

About the California Science Center

The California Science Center is a vibrant destination where families, adults and children can explore the wonders of science through interactive exhibits, live demonstrations, innovative programs and awesome films.

The California Science Center and the IMAX Theater are located in the Historic Exhibition Center, just west of the Harbor Freeway (110) at 700 Exposition Park Drive, Los Angeles. Open every day from 10 a.m. to 5 p.m., except for Thanksgiving, Christmas and New Years. For recorded information, including IMAX schedules, call 323.SCIENCE (323.724-3623). IMAX ticket prices vary from $ 6.75 To $ 8.95. For advance ticket purchases or to make reservations necessary to visit the rest of the California Science Center, call 323.SCIENCE or visit https://californiasciencecenter.org. Parking is available at the guest car park at Figueroa and 39th / Exposition Park Drive at $ 15 by car. The Science Center and the IMAX Theater are both wheelchair accessible. For more information, please visit our website at www.californiasciencecenter.org.

About K2

K2 Studios is a leading giant screen film studio responsible for financing, production and production oversight, as well as global distribution and marketing. His films are presented by IMAX®, Giant Screen and other specialty theaters located in museums, science centers, zoos, aquariums and other destination locations.

K2 has produced and / or produced 15 giant screen films to date and is also a leading distributor on television and other non-cinematic platforms around the world. Its catalog not only contains giant screen / IMAX® films, but also a wide variety of non-giant screen documentaries, as well as programs related to action sports, lifestyle, travel and music.

Media contacts:
Kristina Kurasz Cut | [email protected]
(213) 744-7446

SOURCE California Science Center Foundation

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Genre, Platforms, Growing Competition, 3D Games, Business Models, Augmented Reality (AR) and Virtual Reality (VR) https://artdeko-bg.com/genre-platforms-growing-competition-3d-games-business-models-augmented-reality-ar-and-virtual-reality-vr/ https://artdeko-bg.com/genre-platforms-growing-competition-3d-games-business-models-augmented-reality-ar-and-virtual-reality-vr/#respond Fri, 03 Sep 2021 18:30:00 +0000 https://artdeko-bg.com/genre-platforms-growing-competition-3d-games-business-models-augmented-reality-ar-and-virtual-reality-vr/ DUBLIN, September 3, 2021 / PRNewswire / – The “Video games: global markets” report was added to ResearchAndMarkets.com offer. The report covers the video game market with respect to user base, across different regions. It also highlights the main trends and challenges affecting the market and the vendor landscape. The report estimates the global video […]]]>

DUBLIN, September 3, 2021 / PRNewswire / – The “Video games: global markets” report was added to ResearchAndMarkets.com offer.

The report covers the video game market with respect to user base, across different regions. It also highlights the main trends and challenges affecting the market and the vendor landscape. The report estimates the global video games market in 2019 and provides projections for the expected market size to 2025.

The gaming market is dominated by world famous consoles and brands of famous game development companies like Sony PlayStation, Nintendo, Xbox, etc. The sector is characterized by a huge amount of innovation and momentum, not just growth. Over a billion video game consoles have been sold worldwide over the past decade. Video games are a popular form of media consumption, competing with that of hollywood most profitable blockbusters.

Marketers are looking to video games in a wide variety of industries to market products, through movie links and in-game promotions. An important factor in video games is the availability of game platform and distribution technologies. The growing demand for video games has opened up a new branch of the industry. The digital games industry remains very powerful, even as other media industries are in decline.

Some of the major growth factors in the video game market include a steady increase in the number of gamers, increased innovation in game design, increased interest in e-sports, and the advancement of augmented reality (AR) and technology. virtual reality (VR). Nonetheless, the growth of the video game market is being hampered by factors such as piracy issues and gaming addiction regulations.

In this report, the video game market has been segmented, on the basis of genre, into action, shooting, sports, role-playing, adventure, racing, strategy, and others. Action games are the most popular, testing players’ reflexes, reaction speed, and hand-eye coordination. The next most famous genre is sports games. The success of the segment is mainly due to the fact that sports games mimic conventional physical sport; artificial intelligence (AI) or other real people manage the opposing team.

The video game industry is categorized by platform: console games, mobile games, PC games, and others. Mobile gaming is the biggest contributor to the ever-growing demand for video games today.

Market values ​​were estimated based on the total revenue of video game developers. Video game publishers can earn revenue from games through various processes. Game monetization methods vary, especially between different genres or platforms. The revenues benefit developers, copyright owners and other stakeholders. Some important revenue streams for video game publishers include retail purchases, digital distribution, subscription models, microtransactions, downloadable content, player trading, and advertising.

The report includes:

  • Market size estimation and global market trend analyzes, with data for 2019, estimates for 2020 and projections of compound annual growth rates (CAGRs) to 2025
  • Analysis of market trends and identification of new opportunities, challenges and technological changes within the industry
  • A look at the development of augmented reality (AR) and virtual reality (VR) in the video game industry and a discussion of educational applications of video games
  • Highlights of current and future market potential, market size and market share analysis based on gender, mode, type, platform and region
  • Comprehensive company profiles of major industry players including Apple Inc., Epic Games Inc, Microsoft Corp., Sony Corp. and Tencent Holdings Ltd.

Main topics covered:

Chapter 1 Introduction

Chapter 2 Summary and Highlights

Chapter 3 Video Games: Market Overview

  • Video game market overview
  • History of video games
  • Launch of game consoles
  • Video game crash
  • Growing competition
  • 3d games
  • The future of video games
  • Technology development
  • Traditional value chain: video game industry
  • Business plans
  • Pay to play
  • Free-to-play (F2P) and freemium
  • Advertising
  • Impact of COVID-19
  • Online vs offline
  • Single-player vs. multiplayer
  • Market share analysis
  • Market factors
  • Increase in the number of players
  • Increasingly creative game design
  • Video games in education
  • Augmented reality (AR) and virtual reality (VR)
  • Market constraints
  • Piracy
  • Hacking and cheat codes

Chapter 4 Market Breakdown by Gender

Chapter 5 Market Breakdown by Platform

  • Consoles
  • Components of a game console
  • Living room consoles
  • Portable consoles
  • Video games market for consoles
  • Personal Computers (PCs)
  • Electronic sports at the heart of the PC gaming industry
  • Mobile

Chapter 6 Market Breakdown by Region

Chapter 7 Company Profiles

  • Activision Blizzard Inc.
  • Apple Inc.
  • Bandai Namco Games Inc.
  • Capcom Co. Ltd.
  • Electronic Arts Inc.
  • Epic Games Inc.
  • Konami Holdings Corp.
  • Microsoft Corp.
  • Nintendo Co. Ltd.
  • Sony Corp.
  • Square Enix Co. Ltd.
  • Take-Two Interactive Software Inc.
  • Tencent Holdings Ltd.
  • Ubisoft Entertainment SA

For more information on this report, visit https://www.researchandmarkets.com/r/8igjth

Media contact:

Research and markets
Laura Wood, senior
[email protected]

For EST office hours, call + 1-917-300-0470
For USA / CAN call toll free + 1-800-526-8630
For GMT office hours, call + 353-1-416-8900

US Fax: 646-607-1904
Fax (outside the United States): + 353-1-481-1716

SOURCE Research and Markets

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http://www.researchandmarkets.com


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Project Manager – Education – New York, NY, US | Works https://artdeko-bg.com/project-manager-education-new-york-ny-us-works/ https://artdeko-bg.com/project-manager-education-new-york-ny-us-works/#respond Tue, 31 Aug 2021 20:42:09 +0000 https://artdeko-bg.com/project-manager-education-new-york-ny-us-works/ Dattner Architects Employer: New York, NY, United StatesSite: Tue 31 Aug ’21Posted on: Full timeType: Dattner Architects is looking for an experienced Project Manager to join our growing institutional studio. The successful candidate will work as a central member of the design team on all phases of project development – from concept presentations and design […]]]>

Dattner Architects

Employer:

New York, NY, United StatesSite:

Tue 31 Aug ’21Posted on:

Full timeType:

Dattner Architects is looking for an experienced Project Manager to join our growing institutional studio. The successful candidate will work as a central member of the design team on all phases of project development – from concept presentations and design development to construction documents and administration – for K- public schools 12 and other educational projects in the New York area.

Qualified candidates will have:

  • Bachelor’s or master’s degree in architecture
  • 15+ years of professional experience
  • Architectural registration
  • Experience working with the School Construction Authority required
  • Capable of supporting one or more projects through all phases of design and construction
  • Robust design, 3D presentation and graphics capabilities
  • Exceptional ability in project management and client relationship building
  • Excellent analytical and technical skills including a thorough understanding of New York zoning and building code, building package development, and the ability to detail
  • Motivated, focused and well organized
  • Able to communicate effectively with internal project teams as well as with all project stakeholders
  • Team management experience required
  • Proficiency and proficiency in Revit
  • Functional knowledge of AutoCAD, Adobe Creative Suite, 3d Studio Max and / or Rhino
  • Authorization to work in the United States

Please submit a cover letter, curriculum vitae and portfolio. Portfolios should include examples of personal / academic and professional work and be limited to 10MB.

About Dattner Architects

The foundation of Dattner Architects is civic architecture. We have a passion for the city and for designing inspired spaces with social impact. This defines our work and has led to numerous awards. Our firm is organized around three studios, each of which revolves around a specific typology: housing; education, culture and health; infrastructure and transport. With over 100 people in our Manhattan office, we maintain a dynamic work environment. Learning and professional growth are nourished by mentoring and daily collaboration, as well as socialization. We regularly organize continuing education seminars, happy hour presentations and art exhibitions for employees. Our firm promotes diversity, community involvement and work-life balance.

To apply: Project Manager – Education

Dattner Architects is an equal opportunity employer. Please visit our website to learn more about our corporate culture and employment practices: Careers at Dattner



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Amsterdam’s first 3D printed walkway revealed to the public: NPR https://artdeko-bg.com/amsterdams-first-3d-printed-walkway-revealed-to-the-public-npr/ https://artdeko-bg.com/amsterdams-first-3d-printed-walkway-revealed-to-the-public-npr/#respond Fri, 27 Aug 2021 21:30:18 +0000 https://artdeko-bg.com/amsterdams-first-3d-printed-walkway-revealed-to-the-public-npr/ The nearly 40-foot 3D-printed pedestrian bridge designed by Joris Laarman and built by Dutch robotics company MX3D was inaugurated in Amsterdam six years after the project began. The bridge, which was made from stainless steel rods by six-axis robotic arms fitted with welding equipment, spans the Oudezijds Achterburgwal in Amsterdam’s red light district. Ana Fernandez […]]]>

The nearly 40-foot 3D-printed pedestrian bridge designed by Joris Laarman and built by Dutch robotics company MX3D was inaugurated in Amsterdam six years after the project began. The bridge, which was made from stainless steel rods by six-axis robotic arms fitted with welding equipment, spans the Oudezijds Achterburgwal in Amsterdam’s red light district.

Ana Fernandez / SOPA Images / LightRocket via Getty


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Ana Fernandez / SOPA Images / LightRocket via Getty


The nearly 40-foot 3D-printed pedestrian bridge designed by Joris Laarman and built by Dutch robotics company MX3D was inaugurated in Amsterdam six years after the project began. The bridge, which was made from stainless steel rods by six-axis robotic arms fitted with welding equipment, spans the Oudezijds Achterburgwal in Amsterdam’s red light district.

Ana Fernandez / SOPA Images / LightRocket via Getty

After four years of planning and research, the world’s first 3D printed walkway was recently opened to the public in Europe.

The nearly 40-foot bridge, unveiled last month, was built by Dutch company MX3D and will serve as a “living laboratory” in downtown Amsterdam.

Researchers and engineers at Imperial College London were able to 3D print the bridge, which now serves pedestrians and cyclists crossing Amsterdam’s Oudezijds Achterburgwal canal.

“A 3D printed steel structure large and strong enough to handle foot traffic has never been built before,” Leroy Gardner, professor at Imperial College London, said in a press release.

A 12-meter, 3D-printed pedestrian bridge designed by Joris Laarman and built by Dutch robotics company MX3D was inaugurated in Amsterdam six years after the start of the project.

Ana Fernandez / SOPA Images / LightRocket via Gett


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Ana Fernandez / SOPA Images / LightRocket via Gett


A 12-meter, 3D-printed pedestrian bridge designed by Joris Laarman and built by Dutch robotics company MX3D was inaugurated in Amsterdam six years after the start of the project.

Ana Fernandez / SOPA Images / LightRocket via Gett

The designers first created the concept of the bridge in 2015, with the aim of creating an “exceptionally efficient structure”, emphasizing both simplicity and safety, according to Popular mechanics.

“We tested and simulated the structure and its components throughout the printing process and upon completion, and it’s fantastic to see it finally open to the public,” Gardner said.

Now that the bridge is unveiled, researchers at Imperial College London will start collecting real-time data to monitor its behavior in foot and cycle traffic.

“Research into this new technology for the construction industry has enormous potential for the future,” said Craig Buchanan, Imperial College London co-contributor. “It has been fascinating and we are delighted that the structure is now ready for use. ”


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Israeli doctors make potential medical breakthrough for brain cancer with 3D printed tumor https://artdeko-bg.com/israeli-doctors-make-potential-medical-breakthrough-for-brain-cancer-with-3d-printed-tumor/ https://artdeko-bg.com/israeli-doctors-make-potential-medical-breakthrough-for-brain-cancer-with-3d-printed-tumor/#respond Tue, 24 Aug 2021 00:07:58 +0000 https://artdeko-bg.com/israeli-doctors-make-potential-medical-breakthrough-for-brain-cancer-with-3d-printed-tumor/ Researchers at Tel Aviv University have successfully created an active and viable glioblastoma tumor, an aggressive form of brain cancer, using 3D printing. While it may seem counterproductive, the team believe it will be a new way to treat cancer, as it will allow them to recreate a patient’s tumor, allowing them to find the […]]]>

Researchers at Tel Aviv University have successfully created an active and viable glioblastoma tumor, an aggressive form of brain cancer, using 3D printing. While it may seem counterproductive, the team believe it will be a new way to treat cancer, as it will allow them to recreate a patient’s tumor, allowing them to find the best treatment. for the patient. This 3D printed tumor could provide a way forward for treating cancer, especially those in the brain, which are often both aggressive and difficult to remove or treat due to their location.

While 3D printing isn’t new to the medical industry, it is a new way to use it to treat disease, especially cancer. Previously, 3D printing was mainly used for prosthetics and orthotics and even bioprinting was more devoted to the reconstruction of organs or bones than tumors. But the reasoning behind using 3D printing has remained the same. While others have focused on making fully personalized treatments for patients, this 3D printing will allow doctors to learn how to better treat their patients by perfectly recreating the tumor using bioprinting, allowing them in turn to determine which treatment will be most effective.

3D printed tumor

Glioblastoma tumors are known to be particularly aggressive and often difficult to treat
(Image credits: Hellerhoff – Own work, CC BY-SA 3.0, https://commons.wikimedia.org/w/index.php?curid=18485437

How to make a 3D printed tumor?

The tumor study was carried out by a team of researchers led by Professor Ronit Satchi-Fainaro who holds leadership positions at the Sackler Faculty of Medicine, Sagol School of Neuroscience, Cancer Biology Research Center, Nanomeidcine Laboratory and Morris Kahn 3D-BioPrinting for Cancer Research Initiative, Tel Aviv University. She was helped by doctoral students and researchers from her own laboratory. They chose to make a 3D printed tumor because in previous studies a protein called P-Selectin was found to be responsible for the spread of cancer, but it could not be reproduced on plastic petri dishes. 2D. This lack of reproducibility is apparently the reason why around 90% of all drugs fail in clinical stages, they hoped could be corrected using bioprinting.

Ultimately, they were right because the team was able to perfectly replicate cancer cells as well as those that are part of its microenvironment, making it much more perfect replication for better results. In order to create the models, the researchers took samples directly from the patients. They succeeded in creating a 3D bio-printed tumor that included a complex system of blood vessels like tubes, allowing blood cells and drugs to pass through it like the real tumor. Ultimately, the study was a success as the team showed that the 3D bio-printed model had the potential to be effective. robust and reproducible prediction of the most appropriate treatment for a specific patient.

Professor Satchi-Fainaro concluded: “If we take a sample of a patient’s tissue, along with their extracellular matrix, we can 3D bioprint from that sample 100 small tumors and test many different drugs in various combinations to find the optimal treatment for that. specific tumor. Alternatively, we can test many compounds on a 3D bio-printed tumor and decide which one holds the most promise for further development and investment as a potential drug. But perhaps the most exciting aspect is finding new drug target proteins and genes in cancer cells – a very difficult task when the tumor is inside the brain of a human patient or animal. model. Our innovation gives us unprecedented access, without time limit, to 3D tumors that better mimic the clinical scenario, allowing optimal investigation. You can find out more in the published research HERE or in the video below.

What do you think of this 3D printed tumor? Do you think it will be useful for future cancer research? Let us know what you think in a comment below or on our Facebook and Twitter pages. Don’t forget to sign up for our free weekly newsletter, with all the latest 3D printing news delivered straight to your inbox!* Miniature photo credits: NIH Clinical Center via flickr



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AMD Showcases More 3D Stacking Technologies at Hot Chips 33 https://artdeko-bg.com/amd-showcases-more-3d-stacking-technologies-at-hot-chips-33/ https://artdeko-bg.com/amd-showcases-more-3d-stacking-technologies-at-hot-chips-33/#respond Sun, 22 Aug 2021 20:21:29 +0000 https://artdeko-bg.com/amd-showcases-more-3d-stacking-technologies-at-hot-chips-33/ Looking to the future: 3D chip stacking technology has yet to catch on, with only Intel Foveros reaching the Lakefield processor market and some Zen3 products with vertically stacked bezels are waiting behind the scenes. But at this year’s Hot Chips Symposium, AMD is already laying out where it intends to go from here, with […]]]>

Looking to the future: 3D chip stacking technology has yet to catch on, with only Intel Foveros reaching the Lakefield processor market and some Zen3 products with vertically stacked bezels are waiting behind the scenes. But at this year’s Hot Chips Symposium, AMD is already laying out where it intends to go from here, with ambitious ideas on how to apply the technology.

The 3D V-Cache AMD showcased at Computex is the (relatively) simple addition of an extra L3 cache to a Ryzen 9 5900X, resulting in a performance increase of around 15% in games. The 3D stacking arrangement allowed AMD to use a production process that allows denser SRAM for the upper die, fitting 64MB into space directly above the 32MB on the base die which had to be made of silicon suitable for both cache and computation.

All of this was done using silicon through vias (TSVs), connected to direct vertical copper-to-copper connections that are much closer to each other than “traditional” microbump technology.

AMD Claims 9 Micron Bump For Its Hybrid Direct Link Technology; by comparison, Intel Foveros was working on the order of 50 microns when it was implemented at Lakefield, the primary benchmark used for AMD’s claim of 3x efficiency gains and 15x higher density with its interconnections with respect to the obviously unspecified “other 3D architecture”.

Team Blue also offers a pitch of 36 microns for its upcoming Foveros Omni technology for use in Meteor Lake processors, and 10 microns in Foveros Direct, a hybrid solution that rivals more directly what AMD is showing here.

However, the two are not expected to arrive until 2023, while AMD has said their 3D stacked Ryzen chips will be mass-produced by the end of this year.

The company is also working with TSMC on more complex 3D stacking designs, with the ambition of stacking processor cores on top of each other, splitting up macroblocks of a processor (such as lower cache levels) between different layers, or even go down to the level of cutting circuits.

Stacking the computational silicon in particular presents unique challenges in supplying power to the upper arrays and removing heat from the lower arrays – one of the reasons AMD’s 3D V-Cache is only layered. on the base matrix cache, leaving the processor cores alone.

Of course, this all depends on how much improvement can be made in power, performance, area and cost (PPAC) metrics – and, of course, whether TSMC can continue to deliver its advanced packaging techniques into production. massive.


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