In 1969, the United States Army Corps of Engineers undertook the remarkable task of temporarily diverting the flow of Niagara Falls. This unprecedented endeavor drew even more visitors than any other event or achievement associated with the iconic landmark. The engineers’ primary objective was to develop a method for clearing the unsightly accumulation of boulders […]
The Self-Healing Power of Roman Concrete
Roman engineers created structures that have withstood the test of time thanks to the use of lime clasts in their concrete. Unlike modern concrete, which often deteriorates within a few decades, Roman concrete exhibits remarkable durability due to its self-healing properties from lime clasts. As a result, ancient wonders like the Pantheon and aqueducts still […]
Weird Designs That Will Make You Stop and Think
Designing stuff is really hard. Engineering is difficult.
Shaping the things we use and have around us at all times is a bit of a thankless task, because when it all goes right, nobody really notices it.
But when it all goes wrong? Well, that’s the stuff of memes.
10. Microwaves
These things have been around for like 70 years now, can we please improve some tech?
9. These safety pamphlets
Were they just copying and pasting to save on some graphic design costs?
8. Some banners
You might want to hire a good translator next time.
7. Scales
We all look at technology differently.
6. These weird sinks
Is it some sort of status symbol? A game? What’s going on here?
5. This restaurant sign
Cutting right to the chase and making me feel adequately stupid.
4. This Christmas display
The Miller Lite can at his feet is a nice touch.
3. Battery naming
Never understood this system. Can’t wrap my head around it for the life of me.
2. These butter knock-offs
I wonder if you could legally name your product “I Can’t Believe It’s Not ‘I Can’t Believe It’s Not Butter.’”
1. Texans
They wear their national flag proudly.
But seriously, can we talk about microwaves for a second? We’ve got 3D printers that can make you a new kneecap at home but my hot food box still isn’t capable of creating a warm-inside hot pocket? I call shenanigans.
What’s your favorite design oddity?
Tell us in the comments.
The post Weird Designs That Will Make You Stop and Think appeared first on UberFacts.
Walking Bicycle Uses Design Tools From Theo Jansen’s Famous Strandbeest Sculptures
Not too long ago, The Q science channel featured one of their designers who brilliantly constructed a walking bicycle using the same mechanical design developed by Dutch artist Theo Jansen for his Strandbeests. The Strandbeests are a famous set of amazing kinetic sculptures. When the wind is right, the sculptures, made mostly of plastic pipe, appear to walk down the beach using a system of triangles linked together to an axle for legs.
They move so well they almost look alive – hence, “beests.”
Jansen started making his Strandbeests in 1990, and his idea was that they’d “live” in herds on beaches, completely mobile and powered by ocean breezes. He called them artificial intelligence, although they’re not robots. He’s even said he would like for them to evolve to the point they could make decisions and build dunes. He also refers to them animals, though he acknowledges them as machines. After each creature roams the summer away on the beach, it becomes “extinct,” and starts a new life as a museum exhibit.
Videos of the mesmerizing beasts strolling the beach are available to watch online, and you can find instructions on various science sites for how to build your own.
For the walking bicycle, the back wheel was replaced with a specially designed, cut and welded piece (so not made of PVC pipe). This was the same design used in other Standbeests including a walking machine, a walking chair and a Penny Farthing.
It’s entrancing to watch, though maybe not the easiest way to get around.
The post Walking Bicycle Uses Design Tools From Theo Jansen’s Famous Strandbeest Sculptures appeared first on UberFacts.
A Texas Man Built an Awesome, 2,500 Square Foot Home out of Shipping Containers
You’ve probably heard all about the tiny house craze that’s gained massive popularity over the past few years. Well, maybe the next big thing will be based on what Will Breaux did with his house.
Breaux decided to do something radically different by building a 2,500 square foot house in Houston, Texas, out of shipping containers – 11 of them, to be exact. Breaux stacked the shipping containers on top of each other to make a three-story house with a rooftop deck.
He wanted to own a house like this since the early 2000s, and after years of not being able to find someone to design one, he decided to design the house himself. According to Breaux,
“I began looking at projects that were being built that I liked. Ultimately, a designer with a home builder family was hired to design a 3 story townhouse to be built on the lot. After going round and round for months, I eventually had to fire that group because they weren’t willing to give me what I wanted. Thus, the journey to design my own house began around 2011.”
He said he wanted to use shipping containers because they’re “strong, fireproof, long-lasting, hurricane resistant, and have common characteristics.” Breaux spent a long time learning everything he could about building with shipping containers and then he decided to go for it after he created a 3-D sketch of the house.
Let’s take a look at some photos of the inside of Breaux’s house because it looks awesome.
That is amazing!
Now I kind of want one of these for myself…
The post A Texas Man Built an Awesome, 2,500 Square Foot Home out of Shipping Containers appeared first on UberFacts.
Kenya Installed First Solar Power Plant That Transforms Ocean Water into Drinking Water
A lot of us, as Americans, take clean water for granted. It’s just something that’s part of our everyday routine, whether we need to grab a drink from the faucet, to wash the dishes, or to take a shower – water is always (mostly) there for us.
But that’s not the case in certain parts of the world.
Roughly 2.2 billion people around the globe don’t have access to clean drinking water, but an organization called GivePower is looking to change that. The nonprofit recently installed a solar-powered plant in Kenya that turns salty ocean water into fresh drinking water, benefiting 25,000 people per day.
The plant was built in the small town Kiunga, Kenya because of the lack of clean drinking water in sub-Saharan Africa. Turning saltwater into drinking water is both expensive and energy-intensive, which is why GivePower decided to build the plant using solar panels that harvest energy. The two water pumps at the solar-powered plant provide clean drinking water to residents 24 hours a day.
Before the plant was built, people in Kiunga had to travel more than an hour to get clean drinking water. And bathing and washing clothing in saltwater is harsh on skin and fabrics, so access to clean water helps the people in that way, too.
Because of the success of the plant in Kenya, GivePower wants to use this technology to help out people around the world. The organization is already planning projects in Colombia and Haiti. If you want to help out this great cause and donate, you can do that HERE.
Great work!
The post Kenya Installed First Solar Power Plant That Transforms Ocean Water into Drinking Water appeared first on UberFacts.
Indian Scientists Used Mango Leaves to Solve a $2.5 Trillion Global Shipping Problem
This is a fascinating story.
Sometimes, the solution to a $2.5 trillion problem is hiding in plain sight.
The global shipping industry has a major rusting problem that costs an estimated $2.5 trillion each year, per a study from the National Association of Corrosion Engineers. That’s a lot of money.
A team of Indian scientists has found one solution to the issue in the leaves of mango trees. They developed a compound from the leaves that protects ships from rusting in a cost-effective, non-toxic, and environmentally friendly way. Win-win-win!
The scientists picked mango leaves because they’re rich in antioxidants and high in polyphenols, which resist corrosion.
The compound has yet to be tested in the field, but it shows significant promise. It inhibits corrosion in commercial steel by 99% when immersed in a saline solution that is similar to seawater.
“This is a novel approach to dealing with the problem of corrosion but so far it has been tested only in simulated laboratory conditions rather than in actual use,” Nitya Nand Gosvami, assistant professor at the Indian Institute of Technology Delhi, told QZ.
With more research, this new method could be proven to be vastly superior to the most widely accepted current methods, such as galvanizing with zinc or coating with epoxy-based paints.
“What has been developed is a dip-coated method—we do not know the strength of this coating and its ability to resist wear and tear in real conditions outside the laboratory, or the commercial viability of the product,” Nitya explained.
Other plant-based methods for reducing corrosion are also under study, including date palm seed extract, ginger root extract, and an extract of seaweed and horsemint.
The post Indian Scientists Used Mango Leaves to Solve a $2.5 Trillion Global Shipping Problem appeared first on UberFacts.
Indian Scientists Used Mango Leaves to Solve a $2.5 Trillion Global Shipping Problem
This is a fascinating story.
Sometimes, the solution to a $2.5 trillion problem is hiding in plain sight.
The global shipping industry has a major rusting problem that costs an estimated $2.5 trillion each year, per a study from the National Association of Corrosion Engineers. That’s a lot of money.
A team of Indian scientists has found one solution to the issue in the leaves of mango trees. They developed a compound from the leaves that protects ships from rusting in a cost-effective, non-toxic, and environmentally friendly way. Win-win-win!
The scientists picked mango leaves because they’re rich in antioxidants and high in polyphenols, which resist corrosion.
The compound has yet to be tested in the field, but it shows significant promise. It inhibits corrosion in commercial steel by 99% when immersed in a saline solution that is similar to seawater.
“This is a novel approach to dealing with the problem of corrosion but so far it has been tested only in simulated laboratory conditions rather than in actual use,” Nitya Nand Gosvami, assistant professor at the Indian Institute of Technology Delhi, told QZ.
With more research, this new method could be proven to be vastly superior to the most widely accepted current methods, such as galvanizing with zinc or coating with epoxy-based paints.
“What has been developed is a dip-coated method—we do not know the strength of this coating and its ability to resist wear and tear in real conditions outside the laboratory, or the commercial viability of the product,” Nitya explained.
Other plant-based methods for reducing corrosion are also under study, including date palm seed extract, ginger root extract, and an extract of seaweed and horsemint.
The post Indian Scientists Used Mango Leaves to Solve a $2.5 Trillion Global Shipping Problem appeared first on UberFacts.
Boston Dynamics’ Robot Dogs Have Start Working Together, and I’m VERY Concerned
We previously brought you an article about ONE robot dog from Boston Dynamics that appeared so lifelike it gave all of us the heebie-jeebies.
Well apparently that was just a warm-up.
Because Boston Dynamics recently released a video of 10 of the company’s robot dogs pulling a truck, so you can view at a slightly unsettling vision of what the future might look like.
Not only is the visual pretty frightening, but the thud-thud-thud of the 40 robotic dog legs pounding the pavement adds to the creepiness.
Boston Dynamics said, “These Spot robots are coming off the production line now and will be available for a range of applications soon.” Uh oh, now I’m really scared.
Watch the video below and FEAR FOR THE FUTURE.
Life is turning more into a sci-fi movie by the day…
The post Boston Dynamics’ Robot Dogs Have Start Working Together, and I’m VERY Concerned appeared first on UberFacts.
America’s Longest Pedestrian Suspension Bridge is Set to Open Soon
Still planning on where to take your summer vacation? You might want to consider heading to Gatlinburg, Tennessee, where the longest suspension bridge in the United States is set to open soon.
The Gatlinburg SkyBridge is located in that town’s SkyLift Park, and, from photos and videos of it, it looks like it’ll be incredible.
The bridge offers amazing views of the Smoky Mountains, is 680 feet across and 140 feet high.
The SkyLift takes tourists from the center of Gatlinburg to the top of Crockett Mountain and back, where they can enjoy a restaurant, a bar, and a gift shop.
It looks amazing! Unless you’re afraid of heights…
Posted by Gatlinburg SkyLift Park on Thursday, January 10, 2019
Judging by social media posts, it looks like the SkyBridge will open in either April or May. Just in time for tourist season!
The post America’s Longest Pedestrian Suspension Bridge is Set to Open Soon appeared first on UberFacts.