रेल-इंजन इसके अंग्रेजी अर्थ का उदाहरण

The locomotive was also known under its project designation 1D or early PKP designation Lwe55 (until 1960).

The new locomotives were therefore designed as compounds.

The SP used steam locomotives which were mostly fueled by oil, but the operating division located at Tucumcari utilized coal fueled steam engines, the only group of such locomotives on their roster.

The locomotives are fitted with regenerative braking as well as regular air brakes, so the traction motors can be turned into generators when the locomotive is coasting downhill and feed electricity back into the overhead lines and the national grid.

Machias, Maine This is a list of locomotives and multiple unit classes of the DSB, the primary train operator in Denmark.

|built as locomotive as the Ferries and Cliff House #3; scrapped in 1921.

|2-truck Shay locomotive.

|3-truck Shay locomotive.

Auckland also operated ex Queensland Rail SX carriages in push–pull mode with two DBR class locomotives.

Films set in Karnataka 6201 Princess Elizabeth is a preserved steam locomotive in England.

Louis) exhibits the Rock Island's Aerotrain locomotive number 3 and two passenger cars.

In 1975, the country was gearing up for America's Bicentennial and plans were underway for The American Freedom Train which would travel across the country stopping in dozens of cities and pulled by steam locomotives.

Steppes of the Southern Urals are dominated by [and The Great Northern Railway Class H4 (classified K3 by the LNER) was a class of 2-6-0 steam locomotive designed for mixed-traffic work.

Diesel-electric locomotives of Norway.

Railway locomotives introduced in 1996.

Standard gauge locomotives of Norway.

Mixed traffic locomotives Bold is a civil parish in the Metropolitan Borough of St Helens in Merseyside, England.

रेल-इंजन हिंदी उपयोग और उदाहरण

जनवरी 1976 निर्यात बाजार में प्रवेश हुआ और प्रथम रेल इंजन तंजानिया को निर्यात किया गया।

विभिन्न प्रकार के रेल इंजनों को देखने के लिए देश भर से लाखों पर्यटक यहां आते हैं।

रिचर्ड ट्रेविथिक ने भाप इंजन का सर्वप्रथम उपयोग रेल इंजन के निर्माण में किया।

इनके पिता की योजना यह थी कि इन्हें शार्प-स्टीवर्ट एंड कं में, जो रेल इंजन बनाती थी, एक अप्रेंटिस इंजीनियर के रूप में दाखिला करा दिया जाय, लेकिन इस योजना का क्रियान्वयन नहीं हो पाया क्योंकि पिता का १८७३ में देहांत हो गया।

रेल इंजनों के वाष्पजनित्र में पराउच्च दाब का प्रयोग पिछले ३० वर्षों से हो रहा है।

हेलियनथस बनारस रेल इंजन कारखाना (अंग्रेज़ी:Banaras Locomotive Works), (पूर्व नाम: डीजल रेल इंजन कारखाना) वाराणसी में स्थापित भारतीय रेल का रेल इंजन निर्माण का कारखाना है।

डीजल रेल इंजन लोकोमोटिव कारखाना।

जैसा कि नाम से स्पष्ट है टाटा घराने द्वा्रा इस कारखाने की शुरुआत अभियांत्रिकी और रेल इंजन के लिये हुआ था।

""भारतीय रेल का इंजन निर्माण हेतु बनारस रेल इंजन कारखाना भी वाराणसी में स्थित है।

प्राय: सभी रेल इंजनों में संघनित्र नहीं रहता है।

साधारण रेल इंजन में क्षैतिज भाप इंजन का व्यवहार होता है।

रेल इंजन (locomotive engine) ।

रेल पहिया और रेल इंजन का निर्माण भी यहां होता है।

रेल-इंजन इसके अंग्रेजी अर्थ का उदाहरण

Examples include the steam engine, railroad, interchangeable parts, electricity, electronics, material handling, mechanization, control theory (automation), the automobile, the computer, the Internet, medicine, and artificial intelligence.

Steam engine increased labor productivity annually by 0.

Science, technology, engineering.

The construction of the bridge is a marvel of 19th century engineering, consisting of a high single span steel arch.

The bridge was built by the engineers Jean Résal and .

Galbraith, (mid-late 19th century) Civil engineer in the United Kingdom.

WANL's origins can be traced to 1959 when a dozen engineers and technical specialists from Bettis set up a lab in nearby Whitehall, Pa.

Upon his return, he became assistant manager in the engineering department of the Westinghouse Bettis Atomic Power Laboratory.

Promoted the next year to general manager of the Bettis Laboratory, he was elected a Westinghouse vice president in 1958 and by 1959 was eager to take on the new challenge of developing nuclear rocket engines to enable the exploration of the solar system.

Under the NERVA contract, the initial objective was to build a rocket engine that could deliver at least 825 seconds of specific impulse, at least 50,000 pounds of thrust, at least 10 minutes of continuous operation at full thrust, and have the ability to start up on its own with no external energy source.

The first proof of concept test of an assembled Westinghouse-Aerojet rocket engine (NRX-A2) was conducted at Jackass Flats, Nevada on September 24, 1964 that provided six minutes of continuous operation.

On December, 1967 the NRX-A6 delivered sixty minutes of operation at full power and on June 11, 1969 the XE engine was started twenty times for a total of three hours and forty-eight minutes, eleven of which were at full power.

Westinghouse and Aerojet were ready to begin construction of the first flight engines to be launched from the Kennedy Space Center in Florida beginning in 1973 when the program was canceled.