Nickel (NI) is among the most abundant materials on Earth. It’s also among the most widely used material on the planet. Most nickel is located in the planet’s core, more than 1800 miles beneath the Earth’s crust. A silvery-white material with a slight gold tinge, nickel has a relative atomic mass of 58.69, a density of 8.9g […]
Read MoreAre Inconel alloys stronger than stainless steel? That’s a frequently asked question. Which alloy is stronger depends on how one defines the word “stronger.” Unfortunately, there are several ways to measure a material’s strength. You can measure strength by a material’s tensile strength, yield strength, hardness, or compressive strength. A material’s strength also depends on […]
Read MoreChoosing a suitable alloy for an industrial application is challenging. No doubt about it. You must find the right balance of characteristics and properties to arrive at an alloy that’s ideal for your production process, application need, and available budget. Choosing between Inconel® or Incoloy® alloys is especially challenging. The trick is finding a suitable […]
Read MoreRust and corrosion are some of the biggest enemies of metals. These deficiencies can lower the strength of the part over time, and in some circumstances, become a safety issue. There is a difference between rust and corrosion, though. Rust is generally used to describe the oxidation of iron and iron-based alloys only. Usually, rust […]
Read MoreThermal conductivity is a crucial quality of metals since it measures the amount and speed of heat the material can displace. This quality is especially important in high-temperature environments. Extremely high temperatures can change the properties of any metal, usually reducing the strength. Therefore, conducting the heat quicker can significantly reduce the stress on the […]
Read MoreTubes are an integral part of the modern world. Its use is diverse – apart from the transfer of liquid and gas, tubes are used for structural purposes. Thus, tubing finds use in various industries, including construction, aircraft, oil, gas, and petrochemical, automotive, chemical, water treatment, sanitary systems, medical, pharmaceutical, etc. This variety also necessitates […]
Read MoreResearchers from the University of Michigan recently achieved an efficiency record for transparent solar cells. This innovation could pave the way for skyscraper windows to serve as power sources. Researchers used an organic, carbon-based design of solar panels that led to this incredible breakthrough. They broke the previous efficiency record and hit the all-time high of […]
Read MoreThe article, “Overview of Autonomous In-situ Resource Planning for High-Power Generating Stations,” describes how scientists used AI to define three optimal “resource planning approaches” to help operators regulate the voltage of high-power voltage variation (HVPV), the rate at which power fluctuations impact the energy storage systems required to preserve grid reliability. Autonomous Planning Systems “Autonomous […]
Read MoreCalculating the weight of a said alloy is very important in engineering, as it directly affects the performance of the material. The weight of a single piece of alloy with the same dimensions can vary greatly even in materials that have similar properties. That is because alloys are composed of many different elements, each having […]
Read MoreThe U.S. Department of Energy (DoE) has launched a new program to fund the development of two “tiny” nuclear reactors called “NuScale”. The cost of the program reaches a total of $230 million and can be considered a pilot testing project. For starters, two of these modular nuclear reactors will be built for purposes of […]
Read MoreThe world’s largest fusion reactor has entered the construction phase, and it’s planned for activation in 2025. Named the “International Thermonuclear Experimental Reactor”, the project started about three decades ago and was initially co-funded by the EU, USA, Russia, China, India, Japan, and South Korea. That said, it’s a global effort to create something that […]
Read MoreWhen you talk about the new aerospace composite parts, engineers usually put layers of carbon composite woven over one another, and they bake this with pressure in a vacuum to create layers as one light and the robust aerospace composite part. These techniques have been around for many years now, and MIT researchers are trying […]
Read MoreConventional steelmaking using electric-arc furnaces and decarburization is still very common. However, the internal structure of the cast ingots made with this process isn’t uniform, which negatively affects the qualities of the steel. Sure, a hot method can be used on the ingots to break up the segregated structure, but the structure still won’t be […]
Read MoreMetal extrusion is a process used to create longer objects with a fixed profile by pushing a cylindrical billet inside a closed cavity. The end product is called an extrudate and can have several desired characteristics and qualities. The metal extrusion process was patented by Joseph Bramah and is regularly used to create parts from […]
Read MoreSeamless tubes are tubes without welding seams, which makes them stronger and more reliable than welded tubes. However, due to the complex process of production of seamless tubes, they are also more expensive. Seamless tubing is completely welding-free – the pipes are produced using extrusion and connected via threads. Seamless tubing is mostly used in […]
Read MoreIn a big breakthrough, researchers from the University of Houston have developed a device that can both efficiently capture solar energy and store it until it is needed. This innovative device can be used for a wide range of applications ranging from power generation to distillation and desalination. This revolutionary device is described as a […]
Read MoreYou’ve probably encountered the abbreviation NPS previously on our or similar websites. It means “Nominal Pipe Size,” and it is the North American standard for measuring pipe sizes used for various pressures and temperatures. The NPS standard is widely accepted in the USA, but some things have to be observed correctly in order to find […]
Read MoreElectric mobility continues to grow rapidly; this sector is seeing some phenomenon growth at an incredible pace. There is an increased demand for the minerals needed to produce lithium-ion battery cells, including lithium, nickel, and copper. Mineral shortages could restrict the rapid growth of the electric vehicle According to Germany’s Karlsruhe Institute of Technology (KIT), […]
Read MoreLi-ion batteries are seemingly everywhere, powering everything from our smartphones to electric cars. While we can undoubtedly thank this technology for lowering the emissions in the automotive industry, Li-ion batteries are still not as eco-friendly as one might think. More precisely, the manufacturing of Li-ion batteries produces a lot of CO2 emissions. But what if […]
Read MoreKeraCel Inc. is joining the club of those who like to challenge the limits of additive manufacturing with a new type of a 3D printed solid-state battery. While this is not the first time that we hear about this technology, KeraCel promises that they possess the know-how to be the first to commercialize such a […]
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