Nikola Tesla was born in 1856 in Croatia and showed an early aptitude for invention. He studied engineering and worked for Thomas Edison before developing his own ideas about alternating current. Tesla's demonstrations of AC power impressed George Westinghouse, who hired Tesla and licensed his AC patents. Tesla and Westinghouse then helped power the 1893 World's Fair using AC generated from Niagara Falls. However, Tesla's later dreams of wireless energy transmission at his Wardenclyffe Tower went unfulfilled after losing backing. Tesla made great contributions to electrical engineering through his inventions but died in obscurity in 1943.
Nikola Tesla and Thomas Edison were both renowned inventors in the late 19th/early 20th century. Tesla pioneered developments in alternating current and made breakthroughs in wireless energy and X-rays. However, he struggled financially and had eccentric personality traits that made his ideas difficult to understand. In contrast, Edison successfully commercialized inventions like the light bulb and founded research labs, but his focus was more on business than discovery. Their competition highlighted tensions between scientific progress and profit motives, with Tesla's unrecognized visions ultimately leading to his decline.
Nikola Tesla was a Serbian-American inventor, known for his contributions to the design of the modern alternating current (AC) electricity supply system. Some of his major inventions include the AC motor and transformer. The document discusses Tesla's life and career, highlighting his work developing AC power systems and wireless transmission of electricity. It also notes Tesla faced opposition from rivals like Thomas Edison and had some of his ideas and inventions stolen or obstructed.
Nikola Tesla (1856-1943) was a Serbian-American inventor, electrical engineer, and physicist best known for his contributions to the design of the modern alternating current (AC) electricity supply system. He invented the AC motor and developed AC polyphase power systems. As an inventor, Tesla is also known for developing the Tesla coil, wireless communication, and fluorescent lighting. He immigrated to the United States in 1884 and became a naturalized citizen in 1891. Tesla had a long-term rivalry with Thomas Edison over DC and AC power systems, with AC ultimately becoming the dominant form of power transmission.
The document is a scrapbook about Nikola Tesla created by Erin Rome. It provides biographical details about Tesla's life and career as an inventor, including that he was born in 1856, invented the Tesla coil in 1891, developed commercial alternating current power, and made many contributions to electricity and wireless energy transmission before dying in 1943. The scrapbook also shares a diary entry by Tesla from 1861, quotes from Tesla, and information about museums dedicated to his work.
Nikola Tesla was born in 1856 in Croatia and became fascinated with electricity while studying physics and mathematics. He worked for Thomas Edison in the early 1880s in Paris and New York, developing alternating current which could transmit power over longer distances than Edison's preferred direct current. Tesla patented many electrical inventions and sold his AC patents to George Westinghouse. In Colorado Springs, Tesla discovered terrestrial stationary waves and was able to wirelessly transmit power. He built the Wardenclyffe laboratory tower to transmit power globally but lost funding before completing it. Tesla died in 1943 and left a lasting legacy as an inventor of radio, induction motors, and wireless power transmission.
Nikola Tesla- one of the highest minds on the earth.arionslideshare
Nikola Tesla stated in 1892 that in the future, machinery would be powered by energy that can be obtained from any point in the universe, as there is energy throughout space. Tesla was a Serbian-American inventor, electrical engineer, mechanical engineer, and futurist best known for his contributions to the design of the modern alternating current (AC) electricity supply system. He is considered one of the most influential scientists in history.
Nikola Tesla was born in 1856 in Croatia and showed an early aptitude for invention. He studied engineering and worked for Thomas Edison before developing his own ideas about alternating current. Tesla's demonstrations of AC power impressed George Westinghouse, who hired Tesla and licensed his AC patents. Tesla and Westinghouse then helped power the 1893 World's Fair using AC generated from Niagara Falls. However, Tesla's later dreams of wireless energy transmission at his Wardenclyffe Tower went unfulfilled after losing backing. Tesla made great contributions to electrical engineering through his inventions but died in obscurity in 1943.
Nikola Tesla and Thomas Edison were both renowned inventors in the late 19th/early 20th century. Tesla pioneered developments in alternating current and made breakthroughs in wireless energy and X-rays. However, he struggled financially and had eccentric personality traits that made his ideas difficult to understand. In contrast, Edison successfully commercialized inventions like the light bulb and founded research labs, but his focus was more on business than discovery. Their competition highlighted tensions between scientific progress and profit motives, with Tesla's unrecognized visions ultimately leading to his decline.
Nikola Tesla was a Serbian-American inventor, known for his contributions to the design of the modern alternating current (AC) electricity supply system. Some of his major inventions include the AC motor and transformer. The document discusses Tesla's life and career, highlighting his work developing AC power systems and wireless transmission of electricity. It also notes Tesla faced opposition from rivals like Thomas Edison and had some of his ideas and inventions stolen or obstructed.
Nikola Tesla (1856-1943) was a Serbian-American inventor, electrical engineer, and physicist best known for his contributions to the design of the modern alternating current (AC) electricity supply system. He invented the AC motor and developed AC polyphase power systems. As an inventor, Tesla is also known for developing the Tesla coil, wireless communication, and fluorescent lighting. He immigrated to the United States in 1884 and became a naturalized citizen in 1891. Tesla had a long-term rivalry with Thomas Edison over DC and AC power systems, with AC ultimately becoming the dominant form of power transmission.
The document is a scrapbook about Nikola Tesla created by Erin Rome. It provides biographical details about Tesla's life and career as an inventor, including that he was born in 1856, invented the Tesla coil in 1891, developed commercial alternating current power, and made many contributions to electricity and wireless energy transmission before dying in 1943. The scrapbook also shares a diary entry by Tesla from 1861, quotes from Tesla, and information about museums dedicated to his work.
Nikola Tesla was born in 1856 in Croatia and became fascinated with electricity while studying physics and mathematics. He worked for Thomas Edison in the early 1880s in Paris and New York, developing alternating current which could transmit power over longer distances than Edison's preferred direct current. Tesla patented many electrical inventions and sold his AC patents to George Westinghouse. In Colorado Springs, Tesla discovered terrestrial stationary waves and was able to wirelessly transmit power. He built the Wardenclyffe laboratory tower to transmit power globally but lost funding before completing it. Tesla died in 1943 and left a lasting legacy as an inventor of radio, induction motors, and wireless power transmission.
Nikola Tesla- one of the highest minds on the earth.arionslideshare
Nikola Tesla stated in 1892 that in the future, machinery would be powered by energy that can be obtained from any point in the universe, as there is energy throughout space. Tesla was a Serbian-American inventor, electrical engineer, mechanical engineer, and futurist best known for his contributions to the design of the modern alternating current (AC) electricity supply system. He is considered one of the most influential scientists in history.
Nikola Tesla was a Serbian-American engineer and physicist who made many breakthroughs related to electricity in the late 19th century. He invented the alternating current motor and developed AC power transmission technology. Some of his other inventions included the Tesla coil, which can produce high-frequency alternating currents, and an early wireless transmission system. Tesla received over 700 patents for his inventions and worked with George Westinghouse to commercialize alternating current electricity. While some of his ideas were ahead of their time, Tesla made many contributions to the development of electrical power systems still used today.
Nikola Tesla was a Serbian-American inventor, electrical engineer, mechanical engineer, and futurist best known for his contributions to the design of the modern alternating current (AC) electricity supply system. Some of his most important inventions include the rotating magnetic field, wireless technology, the Tesla coil, and the induction motor. He dreamed of creating innovative flying machines and wireless energy but died alone in debt at the age of 86 in New York City.
Nikola Tesla was a Serbian-American inventor known for his contributions to modern alternating current electricity. He attended university in Austria and Croatia to study engineering. In 1884, Tesla immigrated to New York with little money but a letter of recommendation. He worked for Thomas Edison solving engineering problems, but Edison refused to pay Tesla the promised $50,000 for redesigning his inefficient motor. Tesla went on to make breakthroughs in electric motor and power distribution technology using alternating current.
Nikola Tesla was a Serbian-American inventor and engineer born in 1856 in Croatia and died in 1943 in the United States. He is best known for his contributions to the design of the modern alternating current (AC) electricity supply system. Some of his achievements include discovering the rotating magnetic field, developing AC induction motors and transformers, and establishing the supply of electricity to consumers. He helped pioneer wireless communication and remote control through his development of radio, X-rays, and fluorescent lights.
Nikola Tesla was a physicist, mechanical and electrical engineer, and inventor born during a thunderstorm in 1856 in Croatia. He made many important contributions including developing alternating current electric power systems, the induction motor, and wireless transmission of electricity. Some of his other notable inventions and discoveries included radio, wireless communication, the Tesla coil, and discovering terrestrial stationary waves. Later in life he worked on projects like Wardenclyffe Tower to transmit wireless electricity but faced financial difficulties. He was a brilliant and eccentric inventor who spent his life dedicated to his work.
Nikola Tesla was a Serbian inventor born in 1856 who made many contributions to the development of modern electrical infrastructure. Some of his most important inventions included the Tesla coil, AC induction motor, and wireless energy transfer. He had a rivalry with Thomas Edison over whose electrical system - DC or AC - would become the standard. Despite some of his revolutionary ideas not being fully realized until after his death, Tesla is now recognized for how many of his technological visions helped enable the modern world.
Nikola Tesla was born in 1856 in Austria-Hungary and was an inventor, electrical engineer, mechanical engineer, and futurist best known for his contributions to the design of the modern alternating current (AC) electricity supply system. He immigrated to the United States in 1884 to work for Thomas Edison but later struck out on his own. Some of Tesla's key inventions and contributions included developing the alternating current induction motor and the Tesla coil. He gained fame after helping George Westinghouse develop AC power distribution and winning the contract to power the 1893 World's Fair. Tesla spent his later years conducting experiments in wireless energy transmission and particle beams. He died in 1943 in New York City.
Nikola Tesla was a Serbian-American inventor, engineer, and futurist. He was born in 1856 in what is now Croatia to Serbian parents. His mother and father gave him a strong philosophical foundation and his father's library sparked his interest in engineering. Tesla studied engineering in Graz, Austria and later worked for Thomas Edison in New York, where he helped develop improvements to Edison's DC power generation plants. However, Tesla went on to pioneer the development of AC power generation and transmission, which helped transform electricity into a safe, economical, and widely used form of energy. Some of Tesla's most famous inventions included the induction motor and developments in high frequency alternating currents. He
Nikola Tesla was a Serbian-American inventor known for his contributions to the modern alternating current (AC) electricity supply system. The presentation summarizes Tesla's life and achievements, including developing AC power which enabled safe electricity transmission, inventing fluorescent lights and wireless radio technology decades before others were credited, developing remote control and induction motors. Despite his revolutionary inventions, Tesla died alone in poverty while the US government confiscated his research. The presentation argues Tesla was one of the highest minds born and helped light, energize and automate the world.
Nikola Tesla was a Serbian-American inventor, known for his contributions to the design of the modern alternating current (AC) electricity supply system. He invented the AC motor and developed AC power transmission. Some of Tesla's other inventions included the Tesla coil, wireless radio, and the Tesla turbine. Despite his revolutionary inventions, Tesla died in poverty while his ideas were exploited by other inventors and businessmen.
Nikola Tesla was a Serbian-American inventor, electrical engineer, and mechanical engineer born in 1856 in Austria-Hungary. He is known for his contributions to the design of the modern alternating current electricity supply system. Some of his most important inventions include the Tesla coil, which can generate high-frequency, high-voltage electricity, and his design for an induction motor. He demonstrated the feasibility of alternating current for power transmission systems, which helped establish AC as the standard for power transmission. Tesla died alone in a New York hotel room in 1943 at the age of 86.
A presentation on one of the greatest mind to ever exist . It aims to make the people know about what contribution Mr. Tesla has given to this modern world.
Nikola Tesla fue un inventor serbio pionero en el campo de la electricidad que realizó numerosas invenciones fundamentales como el motor de corriente alterna y el sistema de distribución eléctrica polifásico. Trabajó para Edison mejorando los generadores de corriente continua pero luego tuvieron una disputa sobre el pago de Tesla por sus inventos. Más tarde, Tesla intentó desarrollar un sistema para transmitir energía eléctrica sin cables a largas distancias mediante ondas electromagnéticas y construyó la Torre Ward
Nikola Tesla fue un inventor serbio-estadounidense que realizó importantes descubrimientos en electricidad y comunicaciones a finales del siglo XIX y principios del siglo XX. Sin embargo, sus inventos fueron olvidados deliberadamente por los magnates de la energía que se oponían a la transmisión inalámbrica y gratuita de energía que Tesla proponía. Tesla murió en la pobreza a pesar de haber sentado las bases para muchas tecnologías modernas como la corriente alterna, la radio y el control remoto.
Nikola Tesla was a Serbian American inventor, electrical engineer, mechanical engineer, and futurist best known for his contributions to the design of the modern alternating current (AC) electricity supply system. He was born in 1856 in Croatia and studied engineering at the Graz University of Technology before moving to the United States to work for Thomas Edison. Some of Tesla's greatest inventions included the AC motor and developments in wireless energy transmission. He died in 1943 at the age of 86.
Nikola Tesla was a Serbian-American inventor, electrical engineer, mechanical engineer, and futurist best known for his contributions to the design of the modern alternating current (AC) electricity supply system. Some of Tesla's key contributions include developing AC polyphase system of electrical distribution, fluorescent lighting, wireless communication, and the Tesla coil. However, despite his significant contributions, Tesla's work was often overshadowed during his time by Thomas Edison and he struggled financially in his later years. Tesla held over 40 patents related to AC power generation and transmission that helped establish AC as the standard for power transmission worldwide.
Nikola Tesla nació en 1856 en Croacia. Fue un inventor y empresario pionero en el campo de la electricidad y la ingeniería eléctrica. Inventó el motor de inducción de corriente alterna y desarrolló y patentó el sistema de transmisión inalámbrica de energía eléctrica. Sin embargo, a pesar de sus muchas invenciones revolucionarias, vivió sus últimos años en la pobreza y murió en la oscuridad, olvidado por la mayoría a pesar de que su trabajo sentó las bases para la era
Nikola Tesla was a Serbian-American inventor known for his contributions to electrical engineering. He developed the modern alternating current (AC) electricity supply system and patented key technologies in radio, X-rays, remote control, and electric motors. However, many of Tesla's inventions were not fully recognized in his time due to competition with Thomas Edison promoting direct current and a lack of financing for Tesla's projects. Today Tesla is renowned for his innovative ideas and technological achievements that helped advance modern electrification.
Nikola Tesla nació en 1856 en Croacia y se convirtió en uno de los inventores más importantes de la historia, desarrollando la corriente alterna y creando inventos fundamentales como el motor de inducción, la bobina de Tesla y el control remoto. Tuvo una amarga rivalidad con Thomas Edison sobre la corriente continua vs. alterna y su visión de proporcionar energía libre y sin cables a través de su proyecto de la Torre Wardenclyffe no se materializó. Murió solo y en la pobreza a pesar
The document summarizes a student project analyzing the Tesla turbine, an alternative energy device that extracts energy from fluid flowing tangentially between flat disks. The students tested a prototype turbine, measuring its rotational speed, power output, and efficiency. Initial tests found issues with disk flatness, which were addressed. Flow and RPM tests showed a maximum speed of 4000 RPM and flow of 5 pounds per minute. Power calculations were done using kinetic energy equations from sensor data. Modifications to decrease gaps and internal space were made, and further power testing showed performance improvements.
Nikola Tesla nació en 1856 en Croacia y se convirtió en un inventor pionero en el campo de la electricidad. Trabajó como asistente de Thomas Edison y construyó un laboratorio en Colorado donde desarrolló la transmisión inalámbrica de energía eléctrica. Inventó la bobina de Tesla en 1891 que sirvió de base para la transmisión inalámbrica de corriente. Aunque concibió sus inventos para beneficiar a la humanidad, los industriales se opusieron porque amenazaban sus fuentes de ingreso,
Nikola Tesla was a Serbian-American engineer and physicist who made many breakthroughs related to electricity in the late 19th century. He invented the alternating current motor and developed AC power transmission technology. Some of his other inventions included the Tesla coil, which can produce high-frequency alternating currents, and an early wireless transmission system. Tesla received over 700 patents for his inventions and worked with George Westinghouse to commercialize alternating current electricity. While some of his ideas were ahead of their time, Tesla made many contributions to the development of electrical power systems still used today.
Nikola Tesla was a Serbian-American inventor, electrical engineer, mechanical engineer, and futurist best known for his contributions to the design of the modern alternating current (AC) electricity supply system. Some of his most important inventions include the rotating magnetic field, wireless technology, the Tesla coil, and the induction motor. He dreamed of creating innovative flying machines and wireless energy but died alone in debt at the age of 86 in New York City.
Nikola Tesla was a Serbian-American inventor known for his contributions to modern alternating current electricity. He attended university in Austria and Croatia to study engineering. In 1884, Tesla immigrated to New York with little money but a letter of recommendation. He worked for Thomas Edison solving engineering problems, but Edison refused to pay Tesla the promised $50,000 for redesigning his inefficient motor. Tesla went on to make breakthroughs in electric motor and power distribution technology using alternating current.
Nikola Tesla was a Serbian-American inventor and engineer born in 1856 in Croatia and died in 1943 in the United States. He is best known for his contributions to the design of the modern alternating current (AC) electricity supply system. Some of his achievements include discovering the rotating magnetic field, developing AC induction motors and transformers, and establishing the supply of electricity to consumers. He helped pioneer wireless communication and remote control through his development of radio, X-rays, and fluorescent lights.
Nikola Tesla was a physicist, mechanical and electrical engineer, and inventor born during a thunderstorm in 1856 in Croatia. He made many important contributions including developing alternating current electric power systems, the induction motor, and wireless transmission of electricity. Some of his other notable inventions and discoveries included radio, wireless communication, the Tesla coil, and discovering terrestrial stationary waves. Later in life he worked on projects like Wardenclyffe Tower to transmit wireless electricity but faced financial difficulties. He was a brilliant and eccentric inventor who spent his life dedicated to his work.
Nikola Tesla was a Serbian inventor born in 1856 who made many contributions to the development of modern electrical infrastructure. Some of his most important inventions included the Tesla coil, AC induction motor, and wireless energy transfer. He had a rivalry with Thomas Edison over whose electrical system - DC or AC - would become the standard. Despite some of his revolutionary ideas not being fully realized until after his death, Tesla is now recognized for how many of his technological visions helped enable the modern world.
Nikola Tesla was born in 1856 in Austria-Hungary and was an inventor, electrical engineer, mechanical engineer, and futurist best known for his contributions to the design of the modern alternating current (AC) electricity supply system. He immigrated to the United States in 1884 to work for Thomas Edison but later struck out on his own. Some of Tesla's key inventions and contributions included developing the alternating current induction motor and the Tesla coil. He gained fame after helping George Westinghouse develop AC power distribution and winning the contract to power the 1893 World's Fair. Tesla spent his later years conducting experiments in wireless energy transmission and particle beams. He died in 1943 in New York City.
Nikola Tesla was a Serbian-American inventor, engineer, and futurist. He was born in 1856 in what is now Croatia to Serbian parents. His mother and father gave him a strong philosophical foundation and his father's library sparked his interest in engineering. Tesla studied engineering in Graz, Austria and later worked for Thomas Edison in New York, where he helped develop improvements to Edison's DC power generation plants. However, Tesla went on to pioneer the development of AC power generation and transmission, which helped transform electricity into a safe, economical, and widely used form of energy. Some of Tesla's most famous inventions included the induction motor and developments in high frequency alternating currents. He
Nikola Tesla was a Serbian-American inventor known for his contributions to the modern alternating current (AC) electricity supply system. The presentation summarizes Tesla's life and achievements, including developing AC power which enabled safe electricity transmission, inventing fluorescent lights and wireless radio technology decades before others were credited, developing remote control and induction motors. Despite his revolutionary inventions, Tesla died alone in poverty while the US government confiscated his research. The presentation argues Tesla was one of the highest minds born and helped light, energize and automate the world.
Nikola Tesla was a Serbian-American inventor, known for his contributions to the design of the modern alternating current (AC) electricity supply system. He invented the AC motor and developed AC power transmission. Some of Tesla's other inventions included the Tesla coil, wireless radio, and the Tesla turbine. Despite his revolutionary inventions, Tesla died in poverty while his ideas were exploited by other inventors and businessmen.
Nikola Tesla was a Serbian-American inventor, electrical engineer, and mechanical engineer born in 1856 in Austria-Hungary. He is known for his contributions to the design of the modern alternating current electricity supply system. Some of his most important inventions include the Tesla coil, which can generate high-frequency, high-voltage electricity, and his design for an induction motor. He demonstrated the feasibility of alternating current for power transmission systems, which helped establish AC as the standard for power transmission. Tesla died alone in a New York hotel room in 1943 at the age of 86.
A presentation on one of the greatest mind to ever exist . It aims to make the people know about what contribution Mr. Tesla has given to this modern world.
Nikola Tesla fue un inventor serbio pionero en el campo de la electricidad que realizó numerosas invenciones fundamentales como el motor de corriente alterna y el sistema de distribución eléctrica polifásico. Trabajó para Edison mejorando los generadores de corriente continua pero luego tuvieron una disputa sobre el pago de Tesla por sus inventos. Más tarde, Tesla intentó desarrollar un sistema para transmitir energía eléctrica sin cables a largas distancias mediante ondas electromagnéticas y construyó la Torre Ward
Nikola Tesla fue un inventor serbio-estadounidense que realizó importantes descubrimientos en electricidad y comunicaciones a finales del siglo XIX y principios del siglo XX. Sin embargo, sus inventos fueron olvidados deliberadamente por los magnates de la energía que se oponían a la transmisión inalámbrica y gratuita de energía que Tesla proponía. Tesla murió en la pobreza a pesar de haber sentado las bases para muchas tecnologías modernas como la corriente alterna, la radio y el control remoto.
Nikola Tesla was a Serbian American inventor, electrical engineer, mechanical engineer, and futurist best known for his contributions to the design of the modern alternating current (AC) electricity supply system. He was born in 1856 in Croatia and studied engineering at the Graz University of Technology before moving to the United States to work for Thomas Edison. Some of Tesla's greatest inventions included the AC motor and developments in wireless energy transmission. He died in 1943 at the age of 86.
Nikola Tesla was a Serbian-American inventor, electrical engineer, mechanical engineer, and futurist best known for his contributions to the design of the modern alternating current (AC) electricity supply system. Some of Tesla's key contributions include developing AC polyphase system of electrical distribution, fluorescent lighting, wireless communication, and the Tesla coil. However, despite his significant contributions, Tesla's work was often overshadowed during his time by Thomas Edison and he struggled financially in his later years. Tesla held over 40 patents related to AC power generation and transmission that helped establish AC as the standard for power transmission worldwide.
Nikola Tesla nació en 1856 en Croacia. Fue un inventor y empresario pionero en el campo de la electricidad y la ingeniería eléctrica. Inventó el motor de inducción de corriente alterna y desarrolló y patentó el sistema de transmisión inalámbrica de energía eléctrica. Sin embargo, a pesar de sus muchas invenciones revolucionarias, vivió sus últimos años en la pobreza y murió en la oscuridad, olvidado por la mayoría a pesar de que su trabajo sentó las bases para la era
Nikola Tesla was a Serbian-American inventor known for his contributions to electrical engineering. He developed the modern alternating current (AC) electricity supply system and patented key technologies in radio, X-rays, remote control, and electric motors. However, many of Tesla's inventions were not fully recognized in his time due to competition with Thomas Edison promoting direct current and a lack of financing for Tesla's projects. Today Tesla is renowned for his innovative ideas and technological achievements that helped advance modern electrification.
Nikola Tesla nació en 1856 en Croacia y se convirtió en uno de los inventores más importantes de la historia, desarrollando la corriente alterna y creando inventos fundamentales como el motor de inducción, la bobina de Tesla y el control remoto. Tuvo una amarga rivalidad con Thomas Edison sobre la corriente continua vs. alterna y su visión de proporcionar energía libre y sin cables a través de su proyecto de la Torre Wardenclyffe no se materializó. Murió solo y en la pobreza a pesar
The document summarizes a student project analyzing the Tesla turbine, an alternative energy device that extracts energy from fluid flowing tangentially between flat disks. The students tested a prototype turbine, measuring its rotational speed, power output, and efficiency. Initial tests found issues with disk flatness, which were addressed. Flow and RPM tests showed a maximum speed of 4000 RPM and flow of 5 pounds per minute. Power calculations were done using kinetic energy equations from sensor data. Modifications to decrease gaps and internal space were made, and further power testing showed performance improvements.
Nikola Tesla nació en 1856 en Croacia y se convirtió en un inventor pionero en el campo de la electricidad. Trabajó como asistente de Thomas Edison y construyó un laboratorio en Colorado donde desarrolló la transmisión inalámbrica de energía eléctrica. Inventó la bobina de Tesla en 1891 que sirvió de base para la transmisión inalámbrica de corriente. Aunque concibió sus inventos para beneficiar a la humanidad, los industriales se opusieron porque amenazaban sus fuentes de ingreso,
Nikola Tesla fue un inventor y ingeniero eléctrico serbio-estadounidense que nació en 1856 en Croacia. Realizó numerosas invenciones fundamentales en el campo del electromagnetismo a finales del siglo XIX y principios del XX, incluyendo el motor de corriente alterna y sistemas polifásicos de distribución eléctrica. Trabajó con Thomas Edison y George Westinghouse y demostró la superioridad de la corriente alterna sobre la continua. Fue un pionero en el desarrollo de la
The document summarizes the design and working of Tesla's bladeless turbine. It discusses that the turbine consists of a rotor with smooth discs mounted on a shaft and a cylindrical stator housing it. Fluid enters through inlet nozzles and exits via exhaust ports on the discs. Due to adhesion and viscosity, the boundary layer of fluid sticking to disc surfaces transfers rotational motion to the discs from the linear motion of the fluid. The turbine has advantages like simple design, low cost, and high efficiency. However, its torque output is low and further research is needed to optimize its design.
The document presents a seminar on Tesla turbines. It discusses the construction of Tesla turbines which have a rotor with smooth discs and openings, and a stator casing. It explains the boundary layer concept and theory of operation, where the fluid adheres to the disc surfaces and transmits rotational force. The document covers applications in pico hydro systems, and advantages like simple design and ability to handle various fluids, though efficiencies may be lower than conventional turbines.
This document describes a bladeless wind turbine that generates electricity through vortex shedding. It works by using the natural vortex shedding effect that occurs when wind flows past a bluff body, causing alternating vortices on each side. The oscillating vortices are used to drive a magnetic coupling system connected to an alternator to generate electricity. Key advantages are that it has a smaller structure than conventional wind turbines and can generate power at a lower cost. However, efficiency is lower than traditional designs and control systems are needed to manage oscillations at high wind speeds. The bladeless design has applications for power generation in remote areas.
Nikola Tesla nació en 1856 en Croacia. Demostró un gran talento para las matemáticas desde pequeño. Estudió ingeniería eléctrica y trabajó diseñando motores y generadores con Thomas Edison. Desarrolló el motor de inducción de corriente alterna y mejoró la transmisión y generación de energía eléctrica de corriente alterna, más eficiente que la corriente continua usada en su época. Patentó más de 700 inventos relacionados con la electricidad y murió en 1943 en Nueva York.
This document describes the design and fabrication of a Tesla turbine by three project members. It includes an abstract that discusses testing the turbine's performance and ability to generate electricity. The introduction provides background on Tesla turbines and how this project uses air flow. Components, diagrams of the turbine, specifications, working principles, advantages, disadvantages and applications are outlined. Formulas for calculating power and efficiency are also presented.
Bladeless wind mill ppt BY KADIYAM SUNEELsuneelkadium
The document describes a bladeless wind turbine called a Vortex wind turbine. It consists of a vortex structure, supporting rod, and piezo-electric alternator. The vortex wind turbine aims to eliminate many problems with conventional wind turbines by having no blades, gears, or other moving parts. This makes it simpler and cheaper to manufacture, transport, install, and maintain than traditional wind turbines. It works by capturing energy from the vortex effect that occurs when wind breaks against the solid structure, causing it to oscillate and generate power through a piezo-electric alternator. The bladeless design is expected to reduce costs while increasing reliability over traditional wind turbines.
This document describes a bladeless wind turbine called the Vortex wind turbine. It has no blades or other moving parts like gears or bearings. Instead, it uses vorticity, where wind breaks against the solid structure and causes it to oscillate, capturing the energy. It is composed of a single structural component called the Vortex, a supporting rod, and a piezo-electric alternator to convert the kinetic energy into electrical energy. The bladeless design has advantages of lower installation and maintenance costs than traditional wind turbines since there are no blades or other parts that can break. It also occupies less space and produces less noise than traditional designs.
Nikola Tesla nació en Croacia en 1856 y murió en Nueva York en 1943. Fue un inventor pionero cuyos inventos incluyeron la corriente alterna, la turbina Tesla, la radio y los rayos X. Aunque a menudo no se le reconoció por sus inventos en vida, hoy se le atribuyen grandes avances tecnológicos y se le considera uno de los inventores más importantes de la historia.
Albert’s class was on the history teacher Mr. Braun asked Albert if the Prussians defeated the French to Waterloo. Albert told him that he didn’t know and he must have forgotten. This irritated the teacher. He asked Albert, why? Albert replied that he didn’t see a point in learning dates. One could learn about them from books. Ideas are more important than facts and figures. The teacher attributed to Albert that he didn’t believe in education. He talked in a sarcastic manner. Albert told him that education should be about ideas and not facts. The teacher said that Albert was a disgrace to be there Albert felt miserable when he left the school that afternoon.
He didn’t like this school. He would have to come to it again. He lived in a small room. It was one of the poorest quarters of Munich. The landlady beat her children regularly. Her husband came every Saturday and drank in the evening. He then beat her. He didn’t like the children’s crying every time. He told these things to Yuri. He hated the atmosphere of slum violence. Next time his cousin [elsa] came to Munich. She told Albert that if he tried he could pass the examination. There were more stupid boys than him. Moreover, passing the examination was not difficult. It was simply just to be able to repeat in the examination that Elsa that he was not good at learning things by heart. He liked music as it gave him comfort. Albert didn’t like to remain in school. He met Yuri after six months. He had an idea. He told Yuri that if he had a medical certificate that he suffered from a nervous breakdown, he could get rid of school. He asked Yuri if he had a doctor friend. Yuri told him that he had in Dr. Ernest Weil. However, Yuri told him not to deceive him. He must be frank with him. When Albert visited Dr. Ernest Weil he had really come near a nervous breakdown. Dr. Ernest issued him the certificate. His fees were that he should serve Yuri with a meal. Albert told Dr. Ernest about his future plans.
He would go to Milan. He hoped to get admission into an Italian college or institute. It was possible from the comments of the Mathematics teacher, Mr. Koch. Yuri told him to get a reference in writing from the Mathematics teacher before going to the head teacher. Mr. Koch, the mathematics teacher encouraged him.
1) Albert Einstein was born in Germany in 1879 and showed an early curiosity about science and how things work through building mechanical devices for fun.
2) In 1905, Einstein published four groundbreaking papers that introduced the photoelectric effect, special relativity, and mass-energy equivalence (E=mc2), establishing him as a leading scientist.
3) He emigrated from Germany to the United States in the 1930s due to the rise of the Nazi party and Adolf Hitler. Einstein warned the United States about Nazi Germany's attempts to develop nuclear weapons.
Albert Einstein was a German-born theoretical physicist and philosopher. He developed the theory of relativity, one of the pillars of modern physics. He is regarded as one of the most influential scientists of the 20th century. Einstein received the Nobel Prize in Physics in 1921 for his services to theoretical physics and especially for his discovery of the law of the photoelectric effect. He immigrated to the United States in 1933 and became an American citizen in 1940. Einstein died at the age of 76 in Princeton, New Jersey.
Nikola Tesla invented this bladeless turbine (patented 1913) originally, which uses boundary layer
effect to run and not impingement of fluid upon the blades as in conventional. There are number of discs
sequentially mounted on a shaft and the fluid is made to flow in a tangential direction with considerable
pressure onto the discs with the help of an efficient nozzle, then follows a spiral path towards the centre
and exits axially. The discs rotate due to the basic properties of the fluid – viscosity and adhesion, as
momentum is transferred via this forces and kinetic energy of fluid is converted into the rotational energy
of the shaft. Many researchers have studied this concept and given various improvements with proofs
basically into two ways – one suggesting modifying the design of various components involved while
others to change the parameters involved.
The document provides examples of standard, boring presentation templates and encourages the creation of unique, visually appealing templates instead. It emphasizes using fewer words and more images per slide, varying fonts and colors, and breaking content into multiple slides to keep audiences engaged. Inspiration sources like design blogs and galleries of infographics and slide designs are recommended for making impactful presentations that attract and impress audiences.
2. ÇOCUKLUĞU VE GENÇLĠĞĠ
1856 yılında günümüz Hırvatistan
sınırları içinde sırp asıllı bir ailenin
çocuğu olarak dünyaya geldi.
Babası bir papaz oğlunun da papaz
olmasını istiyordu.
Annesi oldukça zeki ama okuma
yazma bilmeyen birisiydi. Ev aletleri
geliĢtiriyordu.
3 kızkardeĢi ve bir ağabeyi vardı.
3. EĞĠTĠM HAYATI
Graz‟daki politeknik okuluna girdi.
Ailesinin taĢınması sebebi ile eğitimine
Karlovac Ģehrinde devam etti.
Daha sonra Prag üniversitesinde
eğitimini sürdürdü.
1880 yılında Prag üniversitesinden
mezun oldu.
BudapeĢte de yüksek lisans yaptı.
Graz üniversitesinde fizik ve
matematik üzerine çalıĢmalar yaptı.
Sonra Prag üniversitesinde felsefe
eğitimi almıĢtır.
4. KARĠYERĠNĠN ĠLK YILLARI
Ġlk kez BudapeĢte‟de bir telefon Ģirketi
için çalıĢmaya baĢladı.
Strazburg ve Paris‟te dinamolar
üzerine çalıĢan bir Ģirkette devam etti.
Almanya ve Fransa dahil çeĢitli Avrupa
ülkelerinde mühendislik çalıĢmaları
yaptı.
1882‟de keĢfettiği döner manyetik alan
fikrinden sonra AC motor üretmeye
çalıĢıyordu.
Avrupa‟da baĢarılı olamayınca bunu
yapabileceği yer olarak düĢündüğü
Amerika Kıtası‟na gitti.
5. AMERĠKA‟YA GELĠġĠ
1884 yılında Amerika‟ya gelmiĢtir. 28
yaĢındaydı. Hedefi büyük dahi Thomas
Edison ile tanıĢmaktır.
Charles Batchelor‟un tavsiye
mektubunu kullanarak Edison ile
tanıĢtı.
Dostlukları uzun sürmedi.
Edison, Tesla‟ya DC jeneratörlerin
performansını arttırması için vereceği
50000 dolar‟ı vermedi.
Tesla Ģirketi terk etti Ve 1 yıl boyunca
çukur kazıcılığı da dahil çeĢitli
iĢçilikler yaptı
6. AC MOTORA UZANAN YOL
Çukur kazıcılığı iĢini yaparken aklı hala
AC motordaydı.
A.K. Brown adlı Ģirketin sahibi
Tesla‟ya destek oldu.
Edison‟un ofisinden birkaç blok ötede
Tesla bir labarotuvar açtı. Orada
jeneratörler, iletim
hatları, transformatörler , motorlar gibi
tasarladığı sistemlerin tümünün
planlarını hazırladı.
Hatta iki ve üç fazlı sistemleri de
tasarladı.
Mayıs 1888‟de Ac motorunu dünyaya
tanıttı.
7. WESTĠNGHOUSE ZĠYARETĠ
Tesla AIEE‟de AC motorunu gösteriĢli
bir Ģekilde tasdik ettirdikten sonra
George Westinghouse, Tesla‟yı
Laboratuarında ziyaret etti ve iĢ
teklifinde bulundu.
Alternatif akım ile ilgili patentlerin
tamamı için Tesla‟ya 1 milyon dolarlık
bir teklifte bulundu.
Ayrıca Tesla‟nın herhangi bir icadı ile
üretilecek her beygir gücü için 2.5
dolarlık bir anlaĢma oldu.
8. AKIMLARIN SAVAġI
1880‟lerin sonunda Edison Ac Akım
için karalama kampanyası baĢlattı.
Edison hayvanlara Ac elektrik verip
onları öldürüyordu ve ayrıca Elektrikli
Sandalyeyi de icat etti.
1893 yılında Chicago‟daki columbia
sergisinde büyük kapıĢma yaĢandı.
ġenliğin ıĢıklandırma ihalesini alan
Westingouse Corp. Sayesinde Tesla
dünyaya Ac „nin güvenirliliğini
ispatlayacak fırsatlarda yakaladı.
Columbus‟un yumurtası adını verdiği
aparat ile döner manyetik alanı
anlatmaya çalıĢıyordu.
9. NIAGARA
Ünlü ingiliz fizikçi Lord Kelvin
Niagara ġelalelerinin gücünden
faydalanmak için kurulan uluslar arası
komisyonun baĢkanıdır.
Tesla‟nın Chicago‟da yaptığı Ac
gösterisinden sonra hemen Tesla ile
anlaĢma yapılır.
5000 beygir gücünde 3 alternatör
Westinghouse Ģirketi tarafından
üretildi.
1896‟da çocukluğunda hayalini
kurduğu sistemi gerçekleĢtirmiĢti.
10. YÜKSEK FREKANS
Westinghouse Ģirketine olan asli iĢini
bir yana bırakıp Grand sokağındaki
laboratuarında yüksek frekans ile Ġlgili
deneyse çalıĢmalar yapmaya baĢladı.
Deneyler sırasında Tesla Bobinini
keĢfetti ve medyatik arkadaĢlarını gece
gösterilerine davet etti.
Ayrıca Neon ve florasan aydınlatmanın
ilk örneklerini verdi.
Ve ilk X-ray IĢını fotoğraflarını da
çekmiĢti.
11. KABLOSUZ ELEKTRĠK
Laboratuarında yaptığı çalıĢmaları
sırasında tesla bobini sayesinde
elindeki ampulü kablosuz olarak
yakabildiğini keĢfetti.
1892 yılında davet edildiği Avrupa‟ya
giderek orada yüksek frekans
deneylerini sundu.
12. RADYO KONTROL
Marconi‟nin bir sinyali 8km uzağa
gönderme baĢarısı Tesla‟yı harekete
geçirdi
Altta kalmak istemeyen Tesla
Mayıs, 1898'de Madison Square
Garden'da dünyaya bu buluĢunu
tanıtmıĢtır.
Bahsi geçen araç su üstünde haraket
eden ve uzaktan kumanda ile
yönetilebilen bir bottur.
13. COLORADO SPRINGS
1899 yılında Tesla bir dizi gizli deney
yapmak için Colorado
Springs, Colorado kasabasına gitti.
Kasabanın yüksek kesimlerinde
inĢasına baĢladı.
Burada 44 metrelik bir antene sahip
“dev verici” diye isimlendirdiği Tesla
bobini ile beslenen bir sistem
kurmuĢtu.
Sistemi çalıĢtırdığında 30m‟den büyük
yapay ĢimĢekler elde etmiĢti.
Gök gürültüsü 32 km mesafeden
duyuluyordu.
14. BĠR, ĠKĠ,ÜÇ
1899 yılında Colorado‟daki
laboratuarında vericisinin tekrarlayan
sinyaller aldığını fark etti.
Bunun dıĢ dünyadan gelen bir mesaj
olduğu inancına kapıldı
Amerikan Kızılhaç‟a bir mektup yazdı
Ve “kardeĢlerim baĢka bir dünyadan
mesajımız var diyor ki “bir,iki,üç””
Tabi basın bunu alay konusu etti ve
Tesla ile acımasız Ģekilde alay edildi.
15. HAYALLERĠN KULESĠ
1900 yılında Colorado‟dan New
York‟a geri geldi. O arada Marconi de
Amerika‟ ya gelmiĢti. Ve kablosuz
iletiĢim konuĢuluyordu.
Tesla Küresel ĠletiĢim Ağı fikrini
ortaya attı ve J.P. Morgan, Tesla‟ya
kablosuz iletiĢim için 150000$ yatırım
yaptı.
1900 yılının yazında Shoreham, Long
Island‟a taĢındı ve Wardenclyffe adlı
57m yüksekliğe sahip dev bir kule inĢa
edildi.
Fakat Tesla burada enerjinin kablosuz
iletimini denemektedir.
16. MORGAN‟IN MANEVRASI
Wardenclyffe kulesindeki deneyleri
oldukça masraflı oluyor ve sürekli
avans istemek zorunda kalıyordu.
Bu sıralarda Tesla‟nın patentlerinin 17
tanesini kullanan Marconi 8 aralık
1901 günü ünlü “S” harfini atlantik
üzerinden göndermeyi baĢardı.
Daha fazla avans için Morgan‟a
gerçeği söyledi ve kablosuz enerji
aktarımı yaptığını belirtti.
Kablosuz iletiĢim isteyen J.P. Morgan
Tesla‟daki yatırımdan vazgeçerek
Marconi ile çalıĢmaya baĢladı
17. TESLA‟NIN ÇÖKÜġÜ
1904 yılında birleĢik devletler Patent
Ofisi önceki kararlarını bozmuĢ ve
Marconi‟ye Radyo için patent vermiĢti.
1905 yılında Tesla‟nın alternatif Akım
patentlerinin süresi doldu.
ĠĢin ticaretini önemsemeyen Tesla beĢ
parasız kalmıĢtı
935$ dolarlık ödenmemiĢ vergi borcu
vardı ve aldığı borç ve kredilerle
ayakta durmaya çalıĢıyordu.
18. NOBEL KARMAġASI
1909 yılında Nobel Ödülünün
Radyoyu icadından dolayı Marconi‟ye
gitmesi Tesla‟yı çılgına çevirmiĢti.
Marconi‟yi patentlerini kullandığı için
dava etmek istesede buna parası
yetmedi
Ayrıca 1915 yılında gazetelerde Nobel
ödülünün fizik dalında A. Thomas
Edison ve Nikola Tesla‟ya verileceği
yazıldı
Fakat bir hafta sonra ödül X-ıĢınları ve
kristal yapı ile ilgili çalıĢmalarından
dolayı William H. Bragg‟e verildi.
19. TELEFORS – IġIN SĠLAHI
75 yaĢına geldiğinde yepyeni bir güç
kaynağı keĢfettiğini duyurdu.
Bu telefors adı verilen insan yapımı bir
yıldırımdı. Ve gökyüzünde uçan bir
uçağı vurabilirdi.
Amacı tunsgten yada civa
parçacıklarını yüklemek daha sonra
ucu atmosfere açılan özel bir silah
aracılığı ile bu parçacıkları yıldırım
gücüyle hızlandırmaktı.
Ġkinci dünya savaĢı sırasında
Almanya‟nın muhalifi ülkelere bu
sistemi satmaya çalıĢtı.
Yuvoslayaya‟da satmayı denediyse de
hemĢerilerin Tesla‟nın yaĢlı bir bunak
olduğunu düĢündüler.
20. ÖLÜMÜ
81 yaĢından iken geçirdiği trafik
kazasından sonra westinghouse
yöneticileri Tesla‟nın Ģirket adına
yaptıklarını unutmamıĢ ölene kadar
otel ve yemek masraflarını
karĢılamıĢtır.
Ayrıca ölene kadar yugoslav
hükümetinden cüz-î miktarda maaĢ
alıyordu.
7 Ocak 1948 günü Tesla 87 yaĢında
hayata gözlerini yumdu.
21. KAYIP BELGELER
Tesla‟nın ölümünden sonra gizli bir
silah üretilmiĢ olabileceği fikri hakim
oldu.
FBI ajanı P.E. Foxworth bu olayı
araĢtırmakla görevlendirildi.
ABD yabancı Mülkiyet Dairesi baĢkanı
Tesla‟nın eĢyalarına el koydu.
Yugoslav hükümetine teslim etmeden
önce belgeleri mikro filme
kaydettikleri söylenir.
1978 yılında yandaki resimdeki Rus
çalıĢmassı görülüyor.
HAARP‟ın galkon alaska‟daki
tesisinde iyonosfere mikrodalga
sinyalleri gönderiyor.
22. YARIM KALMIġ PROJE VE FĠKĠRLER
Dünya radyo vericisi, Long Island‟da
Enerjinin kablosuz iletimi
Yüksek frekans ve yüksek gerilimler ile hava durumunun kontrol edilmesi
Elektromanyetik kalkan
Elektrostatik hızlandırıcılar
Küre aydınlatmanın uygulanması
Elektromanyetik silah
23. ALDIĞI ÖDÜLLER
1916 yılında: Edison Medal
1893 yılında: Elliot Cresson Gold
Medal
1934 yılında: John Scott Medal
26. 75. doğumgününde 1931 yılında time dergisinde kapağı kendisine ayrılmıĢtır.
Albert Einstein‟ında içinde olduğu 70‟ten fazla mühendislik ve bilim alanındaki önemli
kiĢilerden tebrik mektupları aldı.
29. Nicola Tesla elinde aydınlatılmıĢ bir gazlı fosfor kaplı ampul tutuyor. Ampul Tesla
bobininden beslenen elektromanyetik alanla kablosuz olarak aydınlatılıyor.
32. Nikola Tesla Neon lambaları keĢfetti. Chicago, 1893 yılında Dünya Fuarında
Tesla'nın Neon Lambalarını sergiledi.
33. Nikola Tesla Niagara ġelalerin de ilk hidroelektrik santrali kurmuĢtur. Bu
Edison‟un Dc akımına karĢılık Tesla‟nın AC akımının aldığı bir zaferdir.
34. 1901-1905 yılları arasında Long Island‟da inĢa edilen Tesla Kulesi. Tesla‟ya göre
burası dünyadaki ilk yayın ağı olacaktı. Ayrıca Tesla,Niagara Ģelalesinde üretilen
elektriği bu kuleden iyonofer vasıtası ile ücretsiz dağıtmayı istiyordu.