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HOW IT WORKS: The International Space Station

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HOW IT WORKS: The International Space Station

This explains each interior pressurized module, crew living quarters, and scientific equipment.

International Space Station: Live Inside Space Station Viewing Sunita Williams Space Journey Tour

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Megastructures - INTERNATIONAL SPACE STATION (ISS) - Full Documentary HD

The International Space Station is an orbiting laboratory and construction site that synthesizes the scientific expertise of 16 nations to maintain a permanent human outpost in space. While floating some 240 miles (390 kilometers) above Earth's surface, the space station has hosted a rotating international crew since November 2000. Astronauts and supplies are ferried by the U.S. space shuttles and the Russian Soyuz and Progress spacecraft. Astronauts who reach the facility aboard one of these missions typically live and work in orbit for about six months.

Simply by spending time in orbit, astronauts reveal much more about how humans can live and work in space. Crews have learned the difficulties of diet, in a world in which their sense of taste is decreased, and of getting a good night's sleep while secured to a non-floating object.

But the crew is also occupied with a full suite of scientific experiments, the ongoing improvement and construction of the station, and a rigorous regime of physical training. Astronauts must exercise for two hours each day to counteract the detrimental effects of low gravity on the body's skeleton and circulatory system.

Ongoing Construction

The station has been under construction since November of 1998. In that year the first piece of its structure, the Zarya Control Module, was launched into orbit with a Russian Proton rocket. In 2008, the two-billion-dollar science lab Columbus was added to the station, increasing the structure to eight rooms.

The floating facility's design features a series of cylinder modules attached to a larger truss of a dozen segments. The Zarya Module is mainly used for storage and external fuel tanks, while the Zvezda Service Module houses the crew's living quarters and the station's many life-supporting systems. The space station is powered by solar panels and cooled by loops that radiate heat away from the modules. The station's Destiny laboratory functions as a unique floating facility for tests of materials, technologies, and much more. The Columbus lab was designed to house experiments in life sciences, fluid physics, and other fields.

Docking ports allow the station to be visited by a growing variety of spacecraft, and the Quest Airlock enables access for the frequent spacewalks essential to the facility's continuing construction.

Canadarm2 is another important feature of the space station. This Canadian-built apparatus is a large, remote-controlled space arm that functions as a crane and can be utilized for a wide variety of tasks.

The International Space Station may be completed by the end of this decade. When construction is finished, six crew members will be able to live and work in a space larger than a typical five-bedroom house.

Why is the International Space Station 400 km above the Earth?

In the third episode of Minute Friday, I delve into the question as to why the ISS is 400 km above our Earth instead of some other orbits
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international space station किस तरह काम करता है ?

in this video you will see about the working of international space station that how space station sent from earth and how astronauts live there.

Departing Space Station Commander Provides Tour of Orbital Laboratory

In her final days as Commander of the International Space Station, Sunita Williams of NASA recorded an extensive tour of the orbital laboratory and downlinked the video on Nov. 18, just hours before she, cosmonaut Yuri Malenchenko and Flight Engineer Aki Hoshide of the Japan Aerospace Exploration Agency departed in their Soyuz TMA-05M spacecraft for a landing on the steppe of Kazakhstan. The tour includes scenes of each of the station's modules and research facilities with a running narrative by Williams of the work that has taken place and which is ongoing aboard the orbital outpost.
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international space station को अपने घर से कैसे देखे... View sighting opportunities of iss

नमस्कार दोस्तो आप सभी का स्वागत है रहस्य TV मे अौर मै हुं कुलदीप सिंह यादव
इस चैनल को start करने का उद्देश्य विज्ञान जगत अौर हमारी day to day लाइफ से जुडे रहस्यो से आप सभी को अवगत करवाना है
अौर सभी रहस्यो से जुडे आपके सवालो का जवाब देना है
बस आप लोग अपना प्यार अौर सहयोग यू ही बनाये रखना
“लोगो का टाइम आता हेै अपना पूरा दौर आयेगा”
याद रखना लाइफ मे जितने लम्बे समय तक असफलताये आती है सफलता उतनी ही बडी होगी
ना रुकना है ना भागना है बस चलते रहना है मंजिल खुद चलकर आपके पास आयेगी
have a nice day
भगवान करे आपका दिन शुभ हो
kuldeep singh yadav

contact email- kuldeepk8540@gmail.com

#kuldeepsinghyadav #ISS #isssightingopportunities
#issinyourhand #nasa #isro #spacescience

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मै इस चैनल पर स्पेस और स्पेस से रिलेटेड सारी इन्फॉर्मेशन के वीडियो अपलोड करता रहता हूँ जैसे कि :-
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The International Space Station (ISS) is a space station, or a habitable artificial satellite, in low Earth orbit. Its first component launched into orbit in 1998, the last pressurised module was fitted in 2011, and the station is expected to operate until 2028. Development and assembly of the station continues, with components scheduled for launch in 2018 and 2019. The ISS is the largest human-made body in low Earth orbit and can often be seen with the naked eye from Earth.
The ISS serves as a microgravity and space environment research laboratory in which crew members conduct experiments in biology, human biology, physics, astronomy, meteorology, and other fields.The station is suited for the testing of spacecraft systems and equipment required for missions to the Moon and Mars. The ISS maintains an orbit with an altitude of between 330 and 435 km by means of reboost manoeuvres using the engines of the Zvezda module or visiting spacecraft. It completes 15.54 orbits per day.
इंटरनेशनल स्पेस स्टेशन को 1998 में पृथ्वी से लांच किया गया था। इंटरनेशनल स्पेस स्टेशन का कार्यकाल बढ़ा कर 2028 तक एक्सपैंड कर दिया गया है। स्पेस स्टेशन हमारे ब्रह्मांड में तीसरी सबसे चमकीली वस्तु है। जिसे हम अपनी नॉर्मल आंखों से बिना किसी दूरबीन की सहायता से देख सकते हैं । इस इंटरनेशनल स्पेस स्टेशन को बनाने में 15 देशों ने संयुक्त रूप से योगदान दिया है । इंटरनेशनल स्पेस स्टेशन पृथ्वी की कक्षा से 330 से लेकर 435 किलोमीटर उपर चक्कर लगाता रहता है। यह 1 दिन में पृथ्वी के 15.54 चक्कर पूरे कर लेता है। स्पेस स्टेशन को हम पृथ्वी से अपने घर की छत से बिना किसी दूरबीन या बिना किसी टेलिस्कोप के अपनी normal आंखों से देख सकते है।इस वीडियो में मैं आपको यही बताने वाला हूं कि आप आईएएस को आसानी से ट्रैक कर अपने घर की छत से कैसे देख सकते है।
जानने के लिये विडियो को end तक पूरा देखे।

Life on Station

B-roll of life aboard the International Space Station. Image credit: Courtesy NASA

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स्पेसक्राफ्ट या रॉकेट इंटरनेशनल स्पेस स्टेशन पर लैंडिंग कैसे करता है Spacecraft Landing at the ISS🔥🔥

नमस्कार दोस्तो आप सभी का स्वागत है रहस्य TV मे अौर मै हुं कुलदीप सिंह यादव
इस चैनल को start करने का उद्देश्य विज्ञान जगत अौर हमारी day to day लाइफ से जुडे रहस्यो से आप सभी को अवगत करवाना है
अौर सभी रहस्यो से जुडे आपके सवालो का जवाब देना है
बस आप लोग अपना प्यार अौर सहयोग यू ही बनाये रखना
“लोगो का टाइम आता हेै अपना पूरा दौर आयेगा”
याद रखना लाइफ मे जितने लम्बे समय तक असफलताये आती है सफलता उतनी ही बडी होगी
ना रुकना है ना भागना है बस चलते रहना है मंजिल खुद चलकर आपके पास आयेगी
have a nice day
भगवान करे आपका दिन शुभ हो
kuldeep singh yadav

contact email- kuldeepk8540@gmail.com

#spaceship #spacecraft #internationalspacestation #dockingwithiss #iss
twitter account :-
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Music:

credit for image
1.

By Sierra Nevada Space Systems (Sierra Nevada Space Systems) [CC BY-SA 3.0 ( via Wikimedia Commons

नमस्कार दोस्तो आज मैं आप सभी के सामने अंतरिक्ष रहस्य सीरीज का एक नया एपिसोड लेकर आया हूं।इस वीडियो में हम बात करने वाले हैं कि, इंटरनेशनल स्पेस स्टेशन क्या है। और कोई भी स्पेसक्राफ्ट या स्पेस शटल इंटरनेशनल स्पेस स्टेशन पर लैंडिंग कैसे करता है। साथ ही इंटरनेशनल स्पेस स्टेशन में मौजूद एस्ट्रोनॉट वापस पृथ्वी पर कैसे आते हैं।आप सभी के इन सभी सवालों के जवाब आज इस वीडियो में देने वाला हूं।इंटरनेशनल स्पेस स्टेशन से संबंधित कुछ सामान्य जानकारियां इस प्रकार ह।
इंटरनेशनल स्पेस स्टेशन को 20 नवंबर 1998 को लांच किया गया था।
इंटरनेशनल स्पेस स्टेशन की लंबाई 239 फीट चौड़ाई 356 फीट और ऊंचाई 66 फीट है। इंटरनेशनल स्पेस स्टेशन का वजन 419725 किलोग्राम है । इतने बड़े इंटरनेशनल स्पेस स्टेशन को 136 उडानो के जरीये अंतरिक्ष में भेजा गया था। और वहां पर इसके हिस्सो को जोड़कर इंटरनेशनल स्पेस स्टेशन का आकार दिया गया। इंटरनेशनल स्पेस स्टेशन को बानाने म 15 देशो ने मिलकर सहयोग प्रदान किया था।
तो आज की इस वीडियो में आपके इन्हीं सभी सवालों के जवाब मिलने वाले हैं ,कि कोई भी स्पेसक्राफ्ट इंटरनेशनल स्पेस स्पेस स्टेशन पर कैसे लैंड करता है । आजकल बहुत से टाइप के स्पेसक्राफ्ट बना लिए गए हैं ,लेकिन सभी स्पेसक्राफ्ट का इंटरनेशनल स्पेस स्टेशन पर लैंडिंग करने का तरीका समान ही होता है ।
Hello friends, today I have brought you a new episode of Space Mystery Series in front of everyone. In this video we are going to talk about what is the International Space Station. And how does any spacecraft or space shuttle landline at the International Space Station. Also, how are Astronauts present in the International Space Station come back to Earth. All of you will answer these questions in today's video. Some general information related to International Space Station is as follows.
 The International Space Station was launched on November 20, 1998.
International Space Station has a length of 239 feet, 356 feet wide and 66 feet height. The weight of the International Space Station is 419725 kilograms. This large international space station was sent to the space of 136 flyers. And the size of the International Space Station was shaped by adding its parts there. In order to create the International Space Station, 15 countries collaborated together.
 So in today's video you will find answers to all these questions, how does any Spacecraft land on the International Space Space Station. Nowadays, many types of spacecraft have been made, but all the spacecraft's way of landing at the International Space Station is the same.
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How Does The ISS Get Oxygen?

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Images used in this video are licensed under 'Public Domain', 'Creative Commons', 'Own Work' or 'Bought License'. Therefore, building upon images in this video which are licensed as 'Creative Commons' or 'Public Domain' is allowed if licensed under the same license as it was by the original creator. These images are listed in the link above. All images are resized and/or cropped.
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HOW IT WORKS: The International Space Station (1080p, 60fps)

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Soyuz undocking, reentry and landing explained

How does an astronaut return to Earth from the International Space Station? What does it feel like to re-enter the atmosphere? How does the Soyuz capsule function? Watch and find out. This video is based on an actual lesson delivered to the ESA astronaut class of 2009 (also known as the #Shenanigans09) during their ESA Basic Training. It features interviews with astronauts who have flown on the Soyuz and dramatic footage of actual landings.

Produced by the ESA Human Spaceflight and Operations (HSO) Astronaut Training Division, Cologne, Germany, in collaboration with the HSO Strategic Planning and Outreach Office, Noordwijk, The Netherlands, with special support from Roskosmos.

Narration Voice: Bernard Oattes

Technical Experts: Stephane Ghiste, Dmitriy Churkin (HSO-UT)

Content Design: Stephane Ghiste, Dmitriy Churkin, Raffaele Castellano, Matthew Day (HSO-UT)

Animation & Video Editing: Raffaele Castellano (HSO-UT), HSO-K

Project Coordination: Matthew Day, Stephane Ghiste, Dmitriy Churkin (HSO-UT)

Special thanks to:
Martin Schweiger (Orbiter software:
Nikita Vtyurin, Andrew Thielmann (Orbiter Soyuz model)
Lionel Ferra (HSO-UT)
Oleg Polovnikov (HSO-UT)
Frank De Winne (HSO-A)
Paolo Nespoli (HSO-A)
Antonio Rodenas Bosque (HSO-UT)
NASA
ROSCOSMOS
S.P. Korolev Rocket and Space Corporation Energia
Aerospace Search and Rescue Service of the Russian Federation

Parachute footage: Cambridge University Spaceflight

Surfer footage: copyright Red Bull Media House

Footage from inside Soyuz capsule courtesy of RSC Energia has limited rights:

a) These data are submitted with Limited Rights under Agreement among the Government of Canada, Governments of Member States of the European Space Agency, the Government of Japan, the Government of the Russian Federation and the Government of the United States of America concerning co-operation on the civil International Space Station.

These data may be used by the receiving co-operating agency and its contractors and subcontractors, provided that such data shall be used, duplicated or disclosed only for the following purposes, which are related to the Cooperating Agency Space Station Program for ISS:
1) Use for ESA astronaut training
2) Use for educational purposes
These data shall not be used by persons or entities other than the receiving Cooperating Agency, its contractors or subcontractors, or for any other purposes, without the prior written permission of the furnishing partner state, acting through its cooperating agency.

b) This notice shall be marked on any reproduction of these data in whole or part.

Also watch:
Journey to the ISS Part 1: The launch sequence explained


Watch Part 2: Soyuz rendezvous and docking explained


Captions available in English, French, German, Italian, Russian, Romanian (with thanks to Alexa Mirel) and Spanish. Click on the CC button to switch between languages.
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Real World: Keeping the International Space Station in Orbit

Each day, gravity pulls the International Space Station, or ISS, a little closer to Earth. See how drag causes the ISS to slow down. Learn about the challenges of keeping the ISS in orbit and how NASA counteracts orbital decay. (v2)

What Really Happens on the International Space Station?

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The ISS is often cited as one of the most impressive feats of modern science and technology. Circling the Earth all day, everyday, it has become a symbol for human endeavour and international co-operation. But only a select few astronauts have ever experienced it for themselves. So, what really happens up there?

What do you think? Let us know in the comments, and tell us more questions you'd like us to explore!

Find more mind bending videos to satisfy your curiosity here:

What If the Sun Switched Off for 24 Hours? -

Dark Matter & Dark Energy - What's the Deal? -

Space Shuttle STS-112 Atlantis Space Station Assembly ISS-9A S1 Truss 2002 NASA

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'JSC1941 - (2002)
Commander: Jeff Ashby
Pilot: Pam Melroy
Mission Specialists: Sandy Magnus, Piers Sellers, Dave Wolf, Fyodor Yurchikhin
Dates: October 7-18, 2002
Vehicle: Atlantis OV-104
Payloads: ISS Flight 9A: S1 Truss
Landing Site: Runway 22 at Kennedy Space Center, FL'

NASA film JSC-1941

Public domain film from NASA, slightly cropped to remove uneven edges, with the aspect ratio corrected, and mild video noise reduction applied.
The soundtrack was also processed with volume normalization, noise reduction, clipping reduction, and/or equalization).



STS-112 (ISS assembly flight 9A) was an 11-day space shuttle mission to the International Space Station (ISS) flown by Space Shuttle Atlantis. Space Shuttle Atlantis was launched on 7 October 2002 at 19:45 UTC from the Kennedy Space Center's launch pad 39B to deliver the 28,000 pound Starboard 1 (S1) truss segment to the Space Station. Ending a 4.5-million-mile journey, Atlantis landed at 15:44 UTC on 18 October 2002 on runway 33 at the Kennedy Space Center's Shuttle Landing Facility.

During the launch, the ET bipod ramp shed a chunk of foam that caused a dent ~4 wide and 3 deep into the metal SRB-ET Attach Ring near the bottom of the left SRB. Prior to the next mission (STS-113), an upper-level decision was made at NASA to continue with launches as scheduled. The launch subsequent to that was the ill-fated STS-107.

Space shuttle Atlantis had been scheduled to visit the International Space Station (ISS) again on STS-114 mission in March 2003, however, due to the shuttle Columbia disaster all space shuttles including Atlantis were temporarily grounded. Due to rescheduling of missions Atlantis did not fly again until STS-115 on 9 September 2006...

Starboard 1 (S1) truss segment

The S1 truss segment, which provides structural support for the Space Station radiators was the main payload of STS-112 mission.

Boeing Company started constructing the truss in May 1998. The work was completed in March 1999. The S1 was moved to KSC in October 1999 for flight processing. Boeing delivered the S1 to NASA in June 2002 for final preparations and pre-flight checks.
Crew Equipment Translation Aid

Atlantis also delivered the Crew Equipment Translation Aid (CETA) Cart to the Space Station. The CETA cart was attached to the Mobile Transporter (launched on STS-110) to be used by assembly crews on later missions.
Mission experiments

STS-112 carried several science experiments to the space station including the Plant Generic Bioprocessing Apparatus (PGBA), Commercial Generic Bioprocessing Apparatus (CGBA), the Protein Crystal Growth Single-locker Thermal Enclosure System housing the Protein Crystallization Apparatus for Microgravity (PCG-STES-PCAM) and samples for the Zeolite Crystal Growth Furnace (ZCG) experiment.

Shuttle processing

Launch preparations for STS-112 mission were sightly delayed due to tiny cracks found within the plumbing of Atlantis' propulsion system on 17 June 2002 by an inspector. The cracks were in metal flow liners inside the main liquid hydrogen fuel lines that feed the shuttle's three main engines. Although there were no cracks in the actual fuel pipes themselves, the concern was that metal pieces from the flow liners might break off and fly into the engines. In such a worst case scenario, the debris can potentially trigger a catastrophic engine shutdown, which in turn could lead to the loss of the crew and the shuttle...



The Integrated Truss Structure (ITS) forms the backbone of the International Space Station, with mountings for unpressurized logistics carriers, radiators, solar arrays, and other equipment...
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Living and Working in Space: Advanced Food Tech

There's no refrigerator on the International Space Station. So, NASA's research efforts develop safe, nutritious and palatable foods that will sustain astronauts during long space missions.

How To Wash Your Hands In Space | Video

ISS Commander Chris Hadfield shows us the fine points of manual digital hygiene in microgravity. A clean-handed astronaut is a happy astronaut. -- Life in Space: Astronaut Chris Hadfield's Video Guide:

ONE OF THE MOST DETAILED ISS TOUR!!!

One of the most detailed tours of the ISS from American astronaut Steven Swanson!!!

Wringing out Water on the ISS - for Science!

2013-04-16 - CSA Astronaut Chris Hadfield performed a simple science experiment designed by grade 10 Lockview High School students Kendra Lemke and Meredith Faulkner. The students from Fall River, Nova Scotia won a national science contest held by the Canadian Space Agency with their experiment on surface tension in space using a wet washcloth.

Credits: Canadian Space Agency and NASA

Expedition 34-35 Web page:

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HOW IT WORKS: Spacesuits on the ISS

This explains the technical development and mission importance of EVA (Extra Vehicular Activity) spacesuits for assembly, repair, and maintenance operations on the International Space Station, shuttle & satellites.

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