Volvo Trucks’ Post

Sky OV supports a delta design, which means the aircraft’s fuselage and wings are integrated into one big structure.

And the Little Nembo "monoposto" told: control tower, please, let me take off... The control tower replied: no, you've no wings... Clear the runway! And the "monoposto" yelled: that's a discrimination...! And the control tower: absolutely yes... #aviation #automotive #motorcycle #design #interiordesign

A Star Cruiser (Flying Yacht)! This is science and engineering! Maybe, you are still thinking this is science fiction... but, did you know that we have the technology to turn it real for over 100 years? These technologies some times could look like defying some laws of physics, but are only unconventional and exotic science… you will not see these sciences being taught in our academies or universities… Maybe some experienced engineers will say that is “impossible or absurd”… but I am talking about exotic science. This is a concept idea: This is our vision for a future that could soon become a reality: Flying vehicles that “levitate / hovering / floating quietly”, like an airship but heavy like any other craft, autonomous, without wings, without turbines or propellers, and depending on the technology, without air intake or exhaustion, without noise, without pollution. Powered by electromagnetic / gravity / quantum vacuum propulsion, these vehicles will be able to move quickly or slowly and be like true “flying yachts”, and they can be configured as needed: offices, meeting rooms, lounges for relaxation, a living rooms, cine rooms, etc. What do you think about this? Follow us: Instagram: @skyline.techgroup YouTube: https://lnkd.in/gCCDwgmM #midjourneyarchitecture #parametricdesign #midhourney #architecture #modernart #modernhome #startrek #starwars #construction #investments #realstate #aiarchitecture #midjourney #architect #ecobuilding #mnml #Tesla #cars

✏️Airplane that looks like it was sculpted by nature itself. ➡️Inspired by the elegance of swans, some airplane designs are more than just a visual treat, they’re a testament to how beauty and functionality can coexist seamlessly. 🖼️ Picture this: Airplanes with bodies shaped like swans. They’re not only pleasing to the eye but also incredibly efficient. The wings curve gracefully, just like a swan’s, which helps the plane lift off more easily and fly smoother. And the cockpit? Imagine it styled after a swan’s head, sleek and advanced, giving pilots better visibility. 👉This notion 💡 of drawing from nature, or biomimicry, isn't just about looks. It can teach us a lot. 🙌 Here are four key takeaways from designing planes inspired by swans: 1) Efficiency through biomimicry: You see, by copying the natural design of a swan, engineers can make aircraft more efficient. 👉Swans 🦢 are built to move effortlessly in both water 🌊 and air 🍃 Mimicking these traits can help planes use less fuel, fly farther, or carry more weight. 2) Aesthetic innovation: 👉Incorporating the elegance of a swan into airplane design isn’t just about making something pretty. It can improve the overall user experience. 👉Imagine flying in a plane ✈️ that’s not just functional but also beautiful. It could boost customer satisfaction and brand loyalty. 3) Structural optimization: 👉 #Swans are strong yet lightweight. This balance can inspire new materials and construction methods in #airplane manufacturing. 👉Think lighter, more durable planes that still meet strict safety standards and save on costs. 4) Focus on #sustainability : #Nature often shows us the way to sustainability. So, by studying how swans conserve energy and adapt, designers can create eco-friendly technologies and practices in aviation. This approach helps reduce the environmental impact of flying. Write-Up: Asad khan Video credit : Instruments World. #engineering #mechanical LinkedIn Learning

Advantages of Enclosed Design: Truck Sail Aerodynamic Devices for Large Trucks and Transport Trailers   I have met many folks in the trucking, logistics, innovation, mobility and related industries. The video below is a chance to meet Paul, a Truck Sail co-founder, my business partner (and husband).   Some points Paul makes in the video include: 1)    Automatic function of Truck Sail devices allows for full recovery of energy losses (this means maximum fuel savings)-essentially “Super Truck” performance in a practical sense. 2)    One of the advantages of the box design is it allows for automatic function. 3)    Enclosure of mechanisms allows for the protection from dirt and weather (eg. snow, ice) 4)    Enclosure allows for ability to put safety elements inside, eg., very effective safety lighting, advanced driver assistance systems (ADAS) technology, including radar, are close to the road where pedestrians, bicyclists, motorcyclists, and other vehicles are located and, potentially, too close or otherwise at risk from the large truck or transport trailer. 5)    An automotive body should be properly formed and should not project into traffic. 6)    The Truck Sail boattail is universal in that it can be installed on any truck or trailer regardless of the particular geometries or hardware elements of the truck or trailer. 7)    The enclosed design of the boattail results in no performance losses due to lack of perimeter seal (a detail described by aerodynamic specialist Kevin Cooper, previously of Canada’s National Research Council). #innovation #autonomousvehicles #autonomous #adas #energysavings #investors #investment #diesel #supplychain #roadsafety #energyefficiency #energysaving #mobile #mobility #transportation #transport #radar #lidar #sustainability #QueensUniversity #UniversityofWaterloo #engineering #engineers #science #jobs https://lnkd.in/ga9s_3pr

In terms of structural benefits, the swan-shaped design might allow for innovative interior configurations. The elongated and curved body could lead to more spacious cabins, providing passengers with greater comfort and potentially allowing for new seating arrangements and amenities. For instance, the wider midsection of the aircraft could accommodate larger, more comfortable seats or even luxurious suites, enhancing the travel experience.

One key area where biomimicry can revolutionize airplanes is aerodynamics. The graceful curves of a swan's wing offer a masterclass in lift and drag reduction. By mimicking this shape in airplane wings, engineers can create aircraft that take off more easily, fly smoother, and potentially consume less fuel. This translates to a more enjoyable flight experience for passengers and a significant reduction in environmental impact.  

✏️Airplane that looks like it was sculpted by nature itself. ➡️Inspired by the elegance of swans, some airplane designs are more than just a visual treat, they’re a testament to how beauty and functionality can coexist seamlessly. 🖼️ Picture this: Airplanes with bodies shaped like swans. They’re not only pleasing to the eye but also incredibly efficient. The wings curve gracefully, just like a swan’s, which helps the plane lift off more easily and fly smoother. And the cockpit? Imagine it styled after a swan’s head, sleek and advanced, giving pilots better visibility. 👉This notion 💡 of drawing from nature, or biomimicry, isn't just about looks. It can teach us a lot. 🙌 Here are four key takeaways from designing planes inspired by swans: 1) Efficiency through biomimicry: You see, by copying the natural design of a swan, engineers can make aircraft more efficient. 👉Swans 🦢 are built to move effortlessly in both water 🌊 and air 🍃 Mimicking these traits can help planes use less fuel, fly farther, or carry more weight. 2) Aesthetic innovation: 👉Incorporating the elegance of a swan into airplane design isn’t just about making something pretty. It can improve the overall user experience. 👉Imagine flying in a plane ✈️ that’s not just functional but also beautiful. It could boost customer satisfaction and brand loyalty. 3) Structural optimization: 👉 #Swans are strong yet lightweight. This balance can inspire new materials and construction methods in #airplane manufacturing. 👉Think lighter, more durable planes that still meet strict safety standards and save on costs. 4) Focus on #sustainability : #Nature often shows us the way to sustainability. So, by studying how swans conserve energy and adapt, designers can create eco-friendly technologies and practices in aviation. This approach helps reduce the environmental impact of flying. Write-Up: Jandeep Singh Video credit : Instruments World. #engineering #mechanical LinkedIn Learning