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El primer canal de componentes industriales
En nuestro canal tratamos de electrónica, mecánica e hidráulica. Desarrollamos nuestros videos en colaboración con empresas fabricantes, ilustrando en detalle el funcionamiento de productos industriales.
En nuestro canal tratamos de electrónica, mecánica e hidráulica. Desarrollamos nuestros videos en colaboración con empresas fabricantes, ilustrando en detalle el funcionamiento de productos industriales.
Statue of Liberty : Even Today's Engineers are Surprised!
One of the biggest non-nuclear explosions in history, the Black Tom explosion, caused significant damages to the Statue of Liberty, but couldn’t topple it. The statue's strong iron frame is connected to the copper skin by these flat bars. Interestingly the flat bars are capable of flexing. What will happen in this design if a strong force acts on the copper skin? You can see the flat bars are bending. These flexible bars act like spring isolators and the force...
One of the biggest non-nuclear explosions in history, the Black Tom explosion, caused significant damages to the Statue of Liberty, but couldn’t topple it. The statue's strong iron frame is connected to the copper skin by these flat bars. Interestingly the flat bars are capable of flexing. What will happen in this design if a strong force acts on the copper skin? You can see the flat bars are bending. These flexible bars act like spring isolators and the force...
How are Modern Flyovers Built?
In this beautiful flyover, there are a few high-tension steel tendons protected in conduits. Unfortunately, they are corroding. Can you guess the impact of this on the flyover after 3–4 months? Why is this happening?
You may not believe this, but modern flyovers use these kinds of empty box girders for construction. Interestingly, the smart engineering of these girders allows male–female...
In this beautiful flyover, there are a few high-tension steel tendons protected in conduits. Unfortunately, they are corroding. Can you guess the impact of this on the flyover after 3–4 months? Why is this happening?
You may not believe this, but modern flyovers use these kinds of empty box girders for construction. Interestingly, the smart engineering of these girders allows male–female...
El invento del limpiaparabrisas para automóviles – Una historia brillantez de la ingeniería
¿Sabías que la tecnología moderna de los limpiaparabrisas, que todos damos por sentada, nació gracias a un destello de genialidad de un hombre?
El profesor Robert Kearns, que inventó esta eficiente tecnología de limpiaparabrisas, se inspiró en el ojo humano. Las tecnologías de limpiaparabrisas anteriores a ésta eran bastante malas...
¿Sabías que la tecnología moderna de los limpiaparabrisas, que todos damos por sentada, nació gracias a un destello de genialidad de un hombre?
El profesor Robert Kearns, que inventó esta eficiente tecnología de limpiaparabrisas, se inspiró en el ojo humano. Las tecnologías de limpiaparabrisas anteriores a ésta eran bastante malas...
Channel Tunnel | The Mind-blowing Engineering Behind It
Crossing the violent English Channel via an underground tunnel has been one of mankind’s greatest engineering dreams. This dream was fulfilled in 1990 after a massive tunneling and sophisticated railway work. However, this simple tunnel-train method has a very big technical issue. Can you spot it?
To understand it, let’s look at an example. After pushing the train for some...
Crossing the violent English Channel via an underground tunnel has been one of mankind’s greatest engineering dreams. This dream was fulfilled in 1990 after a massive tunneling and sophisticated railway work. However, this simple tunnel-train method has a very big technical issue. Can you spot it?
To understand it, let’s look at an example. After pushing the train for some...
8 Cosas que NO DEBES HACER con la TRANSMISIÓN AUTOMÁTICA
Al principio, conducir un coche con transmisión automática puede parecer más sencillo que con transmisión manual, ya que los mandos de este tipo de caja son intuitivos y resultan útiles en diversas situaciones, como en el tráfico donde se arranca y se detiene cada pocos segundos, o también en pendientes. Pero aunque pueda parecer un tipo de transmisión sencillo, hay algunas cosas que debes saber.
...
Al principio, conducir un coche con transmisión automática puede parecer más sencillo que con transmisión manual, ya que los mandos de este tipo de caja son intuitivos y resultan útiles en diversas situaciones, como en el tráfico donde se arranca y se detiene cada pocos segundos, o también en pendientes. Pero aunque pueda parecer un tipo de transmisión sencillo, hay algunas cosas que debes saber.
...
8 Cosas que NO DEBES HACER con el CAMBIO MANUAL
¿Conduces un coche con cambio manual? Convertirse en un experto en el uso del pedal del embrague es el mejor requisito para aprobar el examen de conducir. Sin embargo, esto no basta para evitar los errores más comunes al usar este tipo de transmisión.
Por eso vamos a ver los 8 errores más habituales que podrías cometer al conducir un vehículo con cambio manual.
...
¿Conduces un coche con cambio manual? Convertirse en un experto en el uso del pedal del embrague es el mejor requisito para aprobar el examen de conducir. Sin embargo, esto no basta para evitar los errores más comunes al usar este tipo de transmisión.
Por eso vamos a ver los 8 errores más habituales que podrías cometer al conducir un vehículo con cambio manual.
...
The Brilliant Engineering of Mecanum Wheels!
Mecanum wheel-fitted robots or industrial machines can make a 180 degree turn without taking much space, whereas a normal forklift takes a lot of space and time to achieve the same task. Consider this perfect sideward movement of Mecanum wheeled machines. This would be tedious to achieve using normal wheels. Mecanum wheeled machines achieve all these crazy movements, but their wheels never tilt. Let’s see how Mr. Bengt Erland Ilon came up with this brilliant design. ...
Mecanum wheel-fitted robots or industrial machines can make a 180 degree turn without taking much space, whereas a normal forklift takes a lot of space and time to achieve the same task. Consider this perfect sideward movement of Mecanum wheeled machines. This would be tedious to achieve using normal wheels. Mecanum wheeled machines achieve all these crazy movements, but their wheels never tilt. Let’s see how Mr. Bengt Erland Ilon came up with this brilliant design. ...
The interesting engineering behind your Car Window!
Are you amazed at how easily you can raise and lower your car windows by just pressing a button? The mechanism inside your car window is so compact and smart that the window always moves straight and smooth. Also, you might have noticed that you’re not able to move the window even if you try to push it down or pull it up manually. Let’s understand the tricky mechanism that controls your car window.
...
Are you amazed at how easily you can raise and lower your car windows by just pressing a button? The mechanism inside your car window is so compact and smart that the window always moves straight and smooth. Also, you might have noticed that you’re not able to move the window even if you try to push it down or pull it up manually. Let’s understand the tricky mechanism that controls your car window.
...
OVERHEAD CRANE: Its Purpose, Functioning, and Components
Welcome to Jaes Company’s YouTube channel! Today we’re going to explore a fundamental machine in many production settings: the overhead crane. Often, when we think of large industrial plants or complex factories, we overlook how many devices are necessary to move heavy materials safely. The overhead crane (or bridge crane) is one of those essential devices.
But what exactly...
Welcome to Jaes Company’s YouTube channel! Today we’re going to explore a fundamental machine in many production settings: the overhead crane. Often, when we think of large industrial plants or complex factories, we overlook how many devices are necessary to move heavy materials safely. The overhead crane (or bridge crane) is one of those essential devices.
But what exactly...
The Genius Engineering behind the London Tower Bridge!
The mesmerizing London Tower bridge still works perfectly, opening and lowering the bridge almost 800 times in a year. No pedestrians are using these high-level walkways. Let me remove them, Oh no! To understand what is going on here we must first learn about the secret technologies hidden inside these engine rooms.
Let’s see the most simple bridge design which can open - an...
The mesmerizing London Tower bridge still works perfectly, opening and lowering the bridge almost 800 times in a year. No pedestrians are using these high-level walkways. Let me remove them, Oh no! To understand what is going on here we must first learn about the secret technologies hidden inside these engine rooms.
Let’s see the most simple bridge design which can open - an...
¿Cómo cambian de vía los trenes?
Vamos a imaginar que es una ardilla y que disfruta de ver cómo el tren cambia de vía. Lamentablemente, esta pieza del cambio de vía está suelta. ¿Cuál es el impacto de esto al colocar estas vías flexibles así? Las ruedas del tren circulan de forma natural, sin embargo, después de llegar al cruce, ¿puede descubrir un gran problema? ¿Tiene alguna idea para solucionar este problema?
A fin...
Vamos a imaginar que es una ardilla y que disfruta de ver cómo el tren cambia de vía. Lamentablemente, esta pieza del cambio de vía está suelta. ¿Cuál es el impacto de esto al colocar estas vías flexibles así? Las ruedas del tren circulan de forma natural, sin embargo, después de llegar al cruce, ¿puede descubrir un gran problema? ¿Tiene alguna idea para solucionar este problema?
A fin...
Petrol (Gasoline) Engine vs Diesel Engine
Gasoline and diesel engines are the two most commonly used internal combustion engines. Even though their operation seems similar, they have some interesting differences, and each has advantages over the other. This video is aimed at exploring these differences and advantages from a scientific point of view.
Both engines have the basic 4 strokes: intake, compression, power, and exhaust. ...
Gasoline and diesel engines are the two most commonly used internal combustion engines. Even though their operation seems similar, they have some interesting differences, and each has advantages over the other. This video is aimed at exploring these differences and advantages from a scientific point of view.
Both engines have the basic 4 strokes: intake, compression, power, and exhaust. ...
The Fascinating Engineering behind Electric Trains!
It might be surprising to know that in electric trains, the power collected from the overheadlines ends up in the grounding cable of the track after flowing through the wheels. Three phase power conversion, regenerative braking and zig-zag overheadlines - all these make electric train technology quite unique. Let’s understand all the engineering secrets behind the electric trains starting from the simplest design possible.
...
It might be surprising to know that in electric trains, the power collected from the overheadlines ends up in the grounding cable of the track after flowing through the wheels. Three phase power conversion, regenerative braking and zig-zag overheadlines - all these make electric train technology quite unique. Let’s understand all the engineering secrets behind the electric trains starting from the simplest design possible.
...
The Brilliant Engineering behind Pantographs!
Modern, Z-shaped pantographs are marvels of engineering. You can see how seamlessly they unfold and collect power from the overhead lines. Watch what happens if the collector head is not horizontal during the folding and unfolding of the pantograph. To better understand this important quality of modern pantographs, let’s examine this scaled-down demonstration.
The current collector is...
Modern, Z-shaped pantographs are marvels of engineering. You can see how seamlessly they unfold and collect power from the overhead lines. Watch what happens if the collector head is not horizontal during the folding and unfolding of the pantograph. To better understand this important quality of modern pantographs, let’s examine this scaled-down demonstration.
The current collector is...
Leonardo da Vinci's GENIUS invention - Miter Locks
What’s the connection between multifaceted genius Leonardo DaVinci and the great Panama Canal? Interestingly his centuries old invention – the Miter Lock – is still getting utilised in the majority of the canal locks. Its design is simple, yet Miter locks form a perfect water-tight lock.
People before DaVinci were using heavy, inefficient locks that worked against gravity. ...
What’s the connection between multifaceted genius Leonardo DaVinci and the great Panama Canal? Interestingly his centuries old invention – the Miter Lock – is still getting utilised in the majority of the canal locks. Its design is simple, yet Miter locks form a perfect water-tight lock.
People before DaVinci were using heavy, inefficient locks that worked against gravity. ...
Tesla Turbine | The interesting physics behind it
The maverick engineer Nikola Tesla made his contribution in the mechanical engineering field too. Look at one of his favorite inventions — a bladeless turbine, or Tesla Turbine. The Tesla turbine had a simple, unique design, yet it was able to beat the efficiency levels of steam turbines at that time. Normal turbines are complex in design, with blades of complicated geometry and stator parts. Nikola Tesla once said the Tesla turbine is his favorite invention and he even claimed...
The maverick engineer Nikola Tesla made his contribution in the mechanical engineering field too. Look at one of his favorite inventions — a bladeless turbine, or Tesla Turbine. The Tesla turbine had a simple, unique design, yet it was able to beat the efficiency levels of steam turbines at that time. Normal turbines are complex in design, with blades of complicated geometry and stator parts. Nikola Tesla once said the Tesla turbine is his favorite invention and he even claimed...
The Engineering Marvel called Panama Canal
Did you know that a simple drought in the Panama region could cease the operation of the great Panama canal? This marvel of civil engineering uses a clever locking arrangement to lift passing ships by almost 20 meters in order to safely transport them across the canal.
To materialize this smart canal lock system a superfast concreting technology was needed. Look at the giant T-cranes the...
Did you know that a simple drought in the Panama region could cease the operation of the great Panama canal? This marvel of civil engineering uses a clever locking arrangement to lift passing ships by almost 20 meters in order to safely transport them across the canal.
To materialize this smart canal lock system a superfast concreting technology was needed. Look at the giant T-cranes the...
Impresoras Inkjet | La interesante ingeniería detrás de ellas
La tecnología de las impresoras singer es realmente la magia de los colores. La ingeniería detrás de las gotitas y como el algoritmo de color crea la imagen final es bastante inteligente.
Todos conocemos que la tecnología de las pantallas consiste en sus píxeles rojos, verdes y azules diminutos. Como un experimento uno de nuestros ingenieros del xxix llenó su...
La tecnología de las impresoras singer es realmente la magia de los colores. La ingeniería detrás de las gotitas y como el algoritmo de color crea la imagen final es bastante inteligente.
Todos conocemos que la tecnología de las pantallas consiste en sus píxeles rojos, verdes y azules diminutos. Como un experimento uno de nuestros ingenieros del xxix llenó su...
Presas | La GENIAL Ingeniería Que Hay Detrás De Ellas
Si ha visitado alguna vez el precioso río Kennet, quizás se haya fijado en una estructura en zigzag de apariencia extraña. ¿Sabía que si esta estructura llegara a desaparecer en una mañana cualquiera la consecuencia sería un desastre? Bienvenido a la interesante ingeniería que hay detrás de las presas.
Imaginemos que disponemos de un canal de flujo abierto de este tipo....
Si ha visitado alguna vez el precioso río Kennet, quizás se haya fijado en una estructura en zigzag de apariencia extraña. ¿Sabía que si esta estructura llegara a desaparecer en una mañana cualquiera la consecuencia sería un desastre? Bienvenido a la interesante ingeniería que hay detrás de las presas.
Imaginemos que disponemos de un canal de flujo abierto de este tipo....
El Puente Golden Gate | Haciendo Ingeniería en su Máximo Esplendo
Al observar el puente Golden Gate flotando sobre el océano Pacífico, tus ojos pueden fijarse en su hermoso sistema de cables en suspensión. ¿Qué le ocurriría al puente si este sistema de cables no estuviese allí? En pocas palabras, sería una catástrofe.
Desafiamos las corrientes mortales del océano Pacífico y construyamos el puente Golden Gate con su...
Al observar el puente Golden Gate flotando sobre el océano Pacífico, tus ojos pueden fijarse en su hermoso sistema de cables en suspensión. ¿Qué le ocurriría al puente si este sistema de cables no estuviese allí? En pocas palabras, sería una catástrofe.
Desafiamos las corrientes mortales del océano Pacífico y construyamos el puente Golden Gate con su...
Las innovaciones sobre la construcción del Puente Golden Gate
Los enormes cables de suspensión del puente Golden Gate son un verdadero gusto para nuestros ojos. Sequemos el agua que rodee el puente y allí encontraremos otra enorme estructura: sus cimientos.
Las innovaciones de construcción que logró el señor Joseph para este proyecto fueron numerosas. Las torres de perforación, la manera en la que los obreros conectaron el...
Los enormes cables de suspensión del puente Golden Gate son un verdadero gusto para nuestros ojos. Sequemos el agua que rodee el puente y allí encontraremos otra enorme estructura: sus cimientos.
Las innovaciones de construcción que logró el señor Joseph para este proyecto fueron numerosas. Las torres de perforación, la manera en la que los obreros conectaron el...
Empire State Building | Todos los Secretos de su Maravillosa Ingeniería
en 1945 una aeronave bombardera a toda velocidad se estrelló accidentalmente contra el edificio más emblemático de Estados Unidos, el Empire State.
puede que estés esperando algo así este choque provocó un enorme agujero en la estructura y un gran incendio debido a la ignición del combustible del avión.
...
en 1945 una aeronave bombardera a toda velocidad se estrelló accidentalmente contra el edificio más emblemático de Estados Unidos, el Empire State.
puede que estés esperando algo así este choque provocó un enorme agujero en la estructura y un gran incendio debido a la ignición del combustible del avión.
...
The Fastest train ever built | The complete physics of it
Magnetically levitated trains are common nowadays. However, the MagLev train the Central Japan Railway Company developed is quite unique and superior to the other trains. Running at more than 600 km per hour, it has achieved the status of ‘fastest train.’ This train uses superconducting magnets, which is why it is called SC MagLev. Once charged with an exciting current, the superconducting magnets of this train produce a circulating DC current and strong magnetic field...
Magnetically levitated trains are common nowadays. However, the MagLev train the Central Japan Railway Company developed is quite unique and superior to the other trains. Running at more than 600 km per hour, it has achieved the status of ‘fastest train.’ This train uses superconducting magnets, which is why it is called SC MagLev. Once charged with an exciting current, the superconducting magnets of this train produce a circulating DC current and strong magnetic field...
¡La CRUEL Física que hay detrás de los Tsunamis!
En mar abierto, las olas del tsunami recorren el océano a gran velocidad, aunque son apenas perceptibles. Entonces, la ola se acerca a la costa o desciende a la profundidad del agua. Asombrosamente, la ola, que al principio aparentaba ser inofensiva, de pronto cobra una inmensa amplitud, un tsunami devastador. Vamos a sumergirnos en el hecho oceánico para entender esta extraña física. Aquí una placa tectónica se desliza debajo de otra. Nótese el abombamiento de la capa...
En mar abierto, las olas del tsunami recorren el océano a gran velocidad, aunque son apenas perceptibles. Entonces, la ola se acerca a la costa o desciende a la profundidad del agua. Asombrosamente, la ola, que al principio aparentaba ser inofensiva, de pronto cobra una inmensa amplitud, un tsunami devastador. Vamos a sumergirnos en el hecho oceánico para entender esta extraña física. Aquí una placa tectónica se desliza debajo de otra. Nótese el abombamiento de la capa...