3D concrete printing technology, VR ladder training and more

3D concrete printing technology, VR ladder training and more – Technologies like BIM, drones, virtual reality and real-time workflow software have made an entrance that will forever alter the scope of the construction industry.

3D concrete printing R&D heats up at New Mexico university

Though 3D printing technology in the construction industry is nascent, with European and other foreign firms stealing the spotlight, the University of New Mexico is positioning itself to blaze trails in the industry.

The institution’s recently opened Dana C. Wood Materials and Structures Lab at the School of Electrical and Computer Engineering includes two new 3D concrete printers and technology that allows for 3D carbon fiber printing of construction materials.

The department’s aim is to enhance R&D and training in the space to pave the way for printing buildings and other structures such as bridges.

To demonstrate the technology at the lab’s grand opening last month, “Students in the lab loaded computer-aided design drawings into a computer and the machine was able to produce the design in concrete, creating a piece with six separate layers,” the engineering department press release explained.

3D concrete printing technology, VR ladder training and more
University of New Mexico’s 3D concrete printer

“This is cutting-edge technology that industry doesn’t even have yet,” Engineering Dean Christos Christodoulou told the Albuquerque Journal.

“It’s a game changer,” Mahmoud Taha, department chair, told the Journal. “It will change the materials and components we use for construction and the methods for how we build things. … It will require entirely new standards and codes for structures made with 3D printing.”

Japanese concrete inspections to employ autonomous U.S. drone technology

Japanese firm Aizawa Concrete Corp. is partnering with Boston-based unmanned aerial vehicle services provider Top Flight Technologies to conduct proactive concrete infrastructure inspection and repairs across Japan.

Drones supplied by Top Flight can stay airborne for up to two hours and carry up to 22 pounds, according to a company press release.

3D concrete printing technology, VR ladder training and more
Japan’s Aizawa Concrete Corp. will use Top Flight drones (pictured above) for inspections

Aizawa embarked on the partnership as part of a broader effort to use robotic technologies to inspect and maintain roads, bridges and other structures it oversees. It will use Top Flight drones to “accelerate the operational efficiency of both line-of-sight and eventually beyond-visual-line-of-sight inspections,” according to the statement.

“In addition to solving the challenges of longer-duration flight for flying robots, Top Flight is developing the advanced sensors and technologies that will maximize the effectiveness of our aerial inspection needs including quality analysis that will save our customers future ongoing maintenance costs,” Yoshihiro Aizawa, president and CEO of Aizawa Concrete Corp., is quoted saying in the press release.

Autodesk BIM changes now instant in Unity VR/AR

Autodesk is in the news again this week with an announcement today that its partnership with 3D development platform Unity Technologies has come to fruition in the form of Unity Reflect.

Unity Reflect is a product for the AEC industry that will allow users to export BIM and CAD data from Autodesk Revit and other platforms to augmented reality and virtual reality systems.

As a plug in-to Revit, design changes such as relocation of windows, adjustments to materials or addition of a window, for example, made in the BIM software will be automatically updated in real-time in Unity’s corresponding VR or AR platforms.

3D concrete printing technology, VR ladder training and more

“Unity Reflect makes real-time data visualization and data collaboration possible with a Revit plug-in that exports BIM and CAD data in just one click,” Unity said in a June 5 press release. “With Unity Reflect, design changes made in Revit will automatically sync across any device in real-time from mobile to desktop to virtual reality (VR) to augmented reality (AR).”

The product is scheduled to be available in fall 2019.

Virtual ladder placement training meets OSHA standards

AEC education, training and performance management firm RedVector/Convergence Training announced this week that it will soon launch a virtual reality ladder safety training experience to train employees on fall prevention.

The VR technology “stimulates vision and hearing and immerses the user in a simulated, but safe, reality,” said Michael Schreiner, vice president of content for Vector Solutions.

3D concrete printing technology, VR ladder training and more
OSHA Portable Ladder Safety VR iPhone screenshots.

The OSHA Portable Ladder Safety experience operates on Oculus Go VR headsets and Android and Apple mobile devices. Using a “story-based approach,” the system “emphasizes emotional elements of decision-making” as users are tasked with reaching a 20-foot-tall landing while adhering to OSHA height and pitch requirements for ladder placement. A post-placement evaluation then grades the learner on his or her decision.

As laid out in parent company Vector Solution’s press release, the Centers for Disease Control and Prevention reports that 20% of fall injuries among workers involve ladders. From 2011 to 2016, ladders caused 836 work-related fatal injuries, according to the Bureau of Labor Statistics.

“Occupational ladder injuries are especially prevalent in the construction industry, as 81% of fall injuries among construction workers treated in 2011 were caused by ladders,” according to the CDC.

The software meets OSHA training standards and can be downloaded on popular mobile app stores.

Source: constructiondive.com

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