Engineering Fields
If “engineering” is defined as “the use of science and math to design and make everything that has ever been, or will ever be, made.” Then the number of different fields in engineering is limitless. Take anything for which one might be able to design and fabricate a better solution and stick the word “engineering” after it and you have coined a new field of engineering.
If you've heard about the Manhattan project, you've probably heard about the atomic bomb that was dropped on Hiroshima and Nagasaki. But how do they really work? Read this article to find out.
Rethinking design,one layer at a time. Discover how 3D printing is making bulky parts a thing of the past.
Ever wanted to know how escalators work? In this article, you'll learn all about the parts and how escalators function.
Asteroid mining has long existed as a futuristic thing, something more like science fiction and a few bold TED talks than present day technology. But a small startup named AstroForge is trying to change that. While others have tried and failed, the company believes it’s not just chasing profit but taking a step toward humanity’s long term survival. Its goal is to extract rare metals from asteroids in space, reducing our dependence on Earth’s decreasing resources and the environmental damage caused by mining.
These new bats are taking the sport by storm. Find out how they work and some potential pitfalls.
NASA’s amazing space missions depend on a rare fuel that is running low. If they don’t find a way to make more plutonium-238 soon, future missions to faraway planets—or even back to the Moon—could be delayed or canceled.
Ballpoint pens are a reliable kind of pen that are very commonly used. It was a very important invention and had a lasting impact on art and writing.
The creation of monumental statues is not only an artistic endeavor but also a remarkable feat of engineering. These colossal structures require careful planning, sophisticated techniques, and the integration of various engineering disciplines to ensure their stability, longevity, and aesthetic appeal.
H-FIRE treatment has previously faced numerous problems in effectiveness. Will sub-ablative therapy be the answer?
The Nissan Skyline GTR R34, released in 2002, is a monumental achievement in automotive engineering that not only defined a generation of sports cars but also showcased innovative technologies that continue to influence the industry today. The 2002 Nissan Skyline GTR isn’t just a sports car; it symbolizes a peak in automotive engineering, showcasing how innovative design can produce breathtaking performance.
These new devices is called hybrid solar distillation-water electrolysis and uses a process called photoelectrochemical water splitting, which mimics photosynthesis. Special semiconductor materials absorb sunlight and use that energy to initiate chemical reactions that break down water (H₂O) into hydrogen (H₂) and oxygen (O₂).
Engineering in the realm of motorsports, particularly in race car design, embodies a unique fusion of creativity, precision, and science. This article explores the innovative engineering processes that drive the performance of race cars, focusing on how advancements in materials and technology are revolutionizing the sport.
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