Hello friends, I hope you all are doing great. In today’s tutorial, we will discuss the Types and Usage of the Slip Rings. Slip rings are an essential part of any system that has or does rotation as a part of working. At the center of any automation system, an electric slip ring is responsible for the transmission of current from a static device to a rotating one. They are used almost with every machine that requires power and data connectivity. It is because of this reason slip rings have a significant impact on equipment consistency, action, and performance.
Slip rings enrich the mechanical-performance of the mechanism, modernize system utility, and eliminate damage-prone wires dangling from revolving joints. Slip rings are also known as rotatory ...
Hello friends, I hope you all are doing great. In today's tutorial, we are gonna have a look at Flow Switches And Flow Meters. There are a lot of flow meters and flow switches types on the market today. Thus, it is sometimes troublesome to choose the ideal device for your demands.
So, why is learning the different types of flow meters and flow switches, as well as their differences, essential? You might wonder why you need to know about this. Well, it is necessary to understand how flow switches differ from flow meters as this impacts your business. There is a lot to consider in choosing the right fit for you and not knowing how it works might cost you another expense.
When you are choosing flow meters and flow switches, it is essential to know ...
Hello friends, I hope you all are doing great. We are very excited to introduce something new for our website. Our team members were working on the website and finally we have launched this new feature. Now you can also become a part of this blog quite easily, by writing engineering tutorials & posts and can also publish your technical and engineering-related projects on our website.
Guys, we hope that you are well aware of our website The Engineering Project. It is the platform where we provide different engineering projects and tutorials, for engineering students & professionals, to help them in their projects & products.
In order to share your engineering experience, you just have to visit our website and click on the Add New Tutor ...
Hello friends, I hope you all are doing great. In today’s tutorial, we will discuss what is the Maximum Power Transfer Theorem. The power transferred from input to the output in electric circuitries is an important factor. If we have direct current circuitry then in this circuitry resistor will be taken as output. But if our circuitry is using alternating current then it will have impedance as an output.
In 1840 this theorem was given by the Moritz Von Jacobi (Jacobi was an engineer of Germany, most of his work was related to electrical machine and telegraphy), maximum power transfer theorem is also known as Jacobi's law. After the invention of this theorem had some confusion because some inventors thought that this theorem is also applicable to f ...
Hello friends, I hope you all are doing great. In today’s tutorial, we will discuss What is Norton's Theorem. Norton's theorem is mostly used for the analysis of different circuitries to explain their initial state and steady-state behavior. This theorem in 1926 was given by the Siemens (It is an international company of Germany, is famous for industrial products, energy, and medical-related instrument) inventers and engineers of Bell Labs (It is a search based and scientific organization it was built with the cooperation of Nokia in 1925).
Norton theorem is very useful to solve such circuitries which has many independent (Such sources whose outputs do not rely on the other factors of circuitry like voltage and current called independent sources) ...
Hello friends, I hope you all are doing great. In today’s tutorial, we will discuss What is Thevenin’s Theorem. There are a lot of techniques to solve complicated circuitries such as KCL and KVL. In-circuit terminology, this theorem permits any single port (The port is a pair of points which link any circuitry with the other circuits) system to transform into such circuitry which has one resistor and a single source. This method also works for the alternating current (AC) circuitries which have resistive and reactance impedances. It displays that this formula is work for (alternating current) AC circuits if these circuits have impedances instead of resistance.
This theorem was created by the French Engineer, who was specialized in telegraph engine ...
Hello friends, I hope you all are doing great. In today's tutorial, we will discuss What is Ohm's Law. In 1781 an English scientist and philosopher Henry Cavendish was doing an experiment on the tubes which were prepared by the brittle material like glass to measure their radius (r) and length, tubes were full of salty solutions. During this test, he computes the current which he sensed as he accomplished the circuitry with his body. By this observation, he referred that the current is directly proportional to the voltage. He didn’t share his finding to other people and his findings remained unknown till 1879 then Maxwell shared them with other scientists. To practically see the working of ohm's law, you should try our online Ohm's Law Calculator.
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Hello friends, I hope you all are doing great. In today’s tutorial, we will discuss What is KCL ( Kirchhoff's Current Law ). KCL (Kirchhoff's Current Law) is the fundamental rule of electric circuitries. In 1845 a German physicist Gustav Robert Kirchhoff presented two essentials rules to explain different circuitries. Ist law is KVL (Kirchhoff's Voltage Law) and 2nd is KCL (Kirchhoff's Current Law). These rules further defined the working of Georg Ohm, who gave Ohm’s Law and lead the work of James Maxwell who gave Maxwell equation.
Both of these rules also work for a time (t) and frequency (f) measurements. In certain cases when the frequency of a signal is higher these laws work for the alternating current circuitries. In today’s post, we will ha ...
Hello friends, I hope you all are doing great. In today’s tutorial, we will have a look at What is KVL ( Kirchhoff’s Voltage Law). KVL is an elementary law of electrical circuitry. In 1845, a German physicist Gustav Robert Kirchhoff gave two basic laws to solve electronic circuits. First one is KVL ( Kirchhoff’s Voltage Law ) and the second one is KCL ( Kirchhoff’s Current Law ). These Kirchhoff's laws are successors of Ohm’s Law which was given by George Ohm and followed by Maxwell equation which was given by James Maxwell.
Both of these laws playing a very important role in solving different circuits in engineering projects. These rules are also useful for frequency and time calculations. Kirchhoff’s laws are not only applicable to DC circuitry, ...
Traditional concrete can develop cracks through recurring freeze-thaw cycles over time. Cracks expand as it freezes, potentially letting water seep in further pulling it apart. Just as concrete deteriorates, steel structures do too due to inevitable corrosion. The rusted steel eventually wears the entire structure, threatening a crash if not inspected by a safety engineer. Innovations in building materials are rapidly disarming hazards posed by old materials—a British steel company patented a new form of colour-coated steel, galvanized steel, being used as additional protection against adverse environmental factors. Read more here.
Researchers have pondered whether materials could be made as such to bounce back from harsh conditions and vulnerab ...
