Download "ЭТО СВЕРШИЛОСЬ! Ученые Раскрыли Новый СЕКРЕТНЫЙ СПОСОБ Поднять ТИТАНИК Со Дна! Топ 10"

"videoThumbnail ЭТО СВЕРШИЛОСЬ! Ученые Раскрыли Новый СЕКРЕТНЫЙ СПОСОБ Поднять ТИТАНИК Со Дна! Топ 10

Доисторические Змеи которые питались Динозаврами

Доисторические Змеи которые питались Динозаврами

Channel: ЭПОХА ДИНОЗАВРОВ

Камера Сняла, что Мать Делает Ночью с Ребенком

Камера Сняла, что Мать Делает Ночью с Ребенком

Channel: Max Show

КИТАЙ Испугал Весь Мир Своим Новым Секретным МЕГАПРОЕКТОМ! Топ 20

КИТАЙ Испугал Весь Мир Своим Новым Секретным МЕГАПРОЕКТОМ! Топ 20

Channel: FactBox

Никто Не Должен Был Увидеть ЭТО! Если бы Это Не Снял ДРОН, Никто Бы Не Поверил ч.4

Никто Не Должен Был Увидеть ЭТО! Если бы Это Не Снял ДРОН, Никто Бы Не Поверил ч.4

Channel: FactBox

Как Такое Возможно Эта Необъяснимая Находка Изменила Ход Истории

Как Такое Возможно Эта Необъяснимая Находка Изменила Ход Истории

Channel: Max Топ

Вот ЧТО Скрывает СЕВЕРНАЯ КОРЕЯ! 15 Правдивых Фактов О КНДР

Вот ЧТО Скрывает СЕВЕРНАЯ КОРЕЯ! 15 Правдивых Фактов О КНДР

Channel: FactBox

50 НЕВЕРОЯТНЫХ МОМЕНТОВ, СНЯТЫХ НА КАМЕРЫ НАБЛЮДЕНИЯ

50 НЕВЕРОЯТНЫХ МОМЕНТОВ, СНЯТЫХ НА КАМЕРЫ НАБЛЮДЕНИЯ

Channel: BRAIN TIME

Они Не Подозревали, Что Их Снимает Камера! Эти Редкие Случаи Попали На Камеру Видеонаблюдения

Они Не Подозревали, Что Их Снимает Камера! Эти Редкие Случаи Попали На Камеру Видеонаблюдения

Channel: Fun Box

факты

интересные факты

топ 5

самые

сняли на камеру

если бы это не сняли на камеру

никто бы не поверил

топ

прикол

необычные видео

фактбокс

factbox

факты айситиви

удивительные моменты

сложно поверить

подборка

находки

необъяснимое

необъяснимые находки

ученые

наука

фото

земля

невероятные факты

титаник

топ 10

лучшие факты

заброшенныеместа

00:00:05

Titanic is a legendary ship built by the

00:00:07

British company White Star Line in

00:00:10

1911. On April 10, 1912, the

00:00:14

transatlantic liner set off on

00:00:16

its first and last voyage from

00:00:18

Southampton to New York, then it seemed

00:00:20

that there was not a single ship more reliable than this ship,

00:00:22

so 1317 passengers and

00:00:26

908 crew members even did not suspect

00:00:29

that they would never return

00:00:31

home again on the night of April 14-15, 1912,

00:00:35

the Titanic collided with an iceberg and sank

00:00:38

in this tragedy, killing 1,512 people

00:00:41

for more than 70 years, researchers were

00:00:44

unable to find the exact location of the

00:00:46

wreckage of the ship, however, after

00:00:49

the news about this tragedy, people

00:00:50

offered many ways

00:00:52

to search for it and methods for raising the wreckage to the

00:00:55

surface in this video you

00:00:57

will get acquainted with the most effective

00:00:59

ways to remove the wreckage of the Titanic from the bottom of the

00:01:01

Atlantic Ocean. In addition,

00:01:03

together we will try to answer the main

00:01:05

question: is it possible to do this and, most

00:01:08

importantly, is it necessary at all do this

00:01:10

Enjoy

00:01:13

viewing, the wreckage of the Titanic is located at a

00:01:16

depth of about 3,800 m in the North

00:01:18

Atlantic, practically

00:01:20

nothing remains from the stern and the bow is

00:01:23

still quite preserved, as you know,

00:01:25

the Titanic collided with an iceberg on the night of

00:01:27

April 14-15, 1912, after which they

00:01:32

tried to find the wreckage of the liner many

00:01:34

expeditions, but for the first time they were

00:01:36

discovered only in

00:01:38

1985 by French American

00:01:40

researchers under the leadership of

00:01:42

oceanographer Jean-Louis Michel, after the

00:01:44

discovery of the wreckage, people proposed

00:01:46

various methods by which the

00:01:49

Titanic could be raised to the surface,

00:01:51

among such methods was the use of

00:01:53

buoyancy tanks, it was intended to

00:01:56

lower them to the bottom and attached to the

00:01:58

wreck of the ship in this way, with the help of

00:02:00

the air inside the tanks, the

00:02:03

wreckage would gradually float to the

00:02:04

surface; this idea may seem

00:02:07

quite effective. However, do not

00:02:08

forget that the Titanic was a very

00:02:10

large ship. Its length was 269

00:02:14

m, width 28 m and height from the waterline to the

00:02:17

boat deck 18.5 m alone, the

00:02:21

Titanic's anchor weighed 20 tons. In addition,

00:02:24

now the wreckage is at a depth of

00:02:26

almost 4 km, the pressure at such a depth is

00:02:29

approximately 380 atmospheres. This is not just

00:02:32

a lot, but a lot. This force

00:02:34

is equivalent to almost 4 tons per 1

00:02:36

cubic centimeter. a

00:02:38

vertebrate creature would not be able to

00:02:39

survive at this depth because the

00:02:41

bones could not withstand such pressure; to

00:02:44

lift the wreckage of the Titanic using

00:02:46

buoyancy tanks would require an

00:02:48

incredibly precise engineering design; the

00:02:51

tanks would have to be made

00:02:53

of a very strong material that

00:02:55

could withstand the pressure and even the air would

00:02:57

need to be compressed as much as possible in order to to

00:02:59

prevent an explosion inside the tanks

00:03:01

even if such instruments

00:03:03

were nevertheless made, the next difficulty in the

00:03:06

process of raising the Titanic would be

00:03:08

their uniform distribution over the area of the

00:03:10

wreckage after the ship

00:03:12

collided with the iceberg it collapsed

00:03:15

into two parts. Now the distance between the

00:03:17

wreckage of the stern and bow

00:03:19

is about 600 m, therefore,

00:03:21

calculating the exact number of tanks

00:03:23

and the coordinates of their immersion is almost

00:03:25

impossible; incorrect distribution of

00:03:28

force during lifting will lead to the fact that the already

00:03:30

fragile wreckage of the Titanic

00:03:32

will simply fall apart if the wreckage of the ship

00:03:34

were at a shallow depth;

00:03:38

only divers could evenly attach the tanks. But in this case

00:03:40

this is impossible, of course, now

00:03:42

oceanographers have modern tools that

00:03:44

allow them to conduct research at

00:03:46

even greater depths, as well as

00:03:47

remote

00:03:52

robotic trains

00:03:56

only seem simple and effective, in

00:03:59

fact, its use is incredibly

00:04:01

expensive and is unlikely to lead to

00:04:05

success after discovering the location of the

00:04:08

Titanic wreck, researchers and scientists

00:04:10

from all over the world began to develop

00:04:12

methods by which it would be possible to

00:04:14

raise a ship from the bottom, there were

00:04:17

many hypotheses, and according to one of them, liquid nitrogen

00:04:19

could help deliver debris to the surface of the ocean; the

00:04:21

essence of this method

00:04:23

was to turn the

00:04:25

sunken parts of the ship into one large

00:04:27

block of ice for these purposes, a

00:04:29

huge amount of

00:04:31

wire mesh and liquid nitrogen would be required, then the

00:04:34

wreckage would have to be completely

00:04:36

wrapped and then filled with nitrogen.

00:04:38

It seems that this idea can be easily

00:04:40

translated into reality, but is it so?

00:04:42

Let's try to figure it out. So

00:04:44

theoretically, it is really possible to immerse the mesh to such a

00:04:46

depth, however, in

00:04:49

order it completely covered the

00:04:50

surface of the wreckage; they need to somehow

00:04:52

lift the Titanic’s enormous dimensions and the

00:04:55

pressure at a depth of almost 4 km

00:04:57

make this task incredibly difficult, but the

00:04:59

lack of the ability to lay a grid

00:05:01

under the wreckage is not the only problem with

00:05:04

this method. To freeze an object with a

00:05:06

large area at enormous depths, an

00:05:08

incredible amount of liquid nitrogen will be required

00:05:11

several hundred

00:05:13

tank trucks will be used to deliver it. In addition,

00:05:18

giant pumps made of

00:05:20

heavy-duty material will need to be designed and transported in advance. But even this

00:05:22

will not be enough because in very

00:05:24

cold water, at such pressure, nitrogen

00:05:26

will simply dissipate, so

00:05:28

turning titanium into an ice block in this

00:05:30

way is most likely it won't work, a more

00:05:33

effective implementation of this method

00:05:35

would have to include a huge dome

00:05:37

covering the wreckage and also a platform

00:05:39

installed below so the

00:05:41

ocean water around the Titanic would be

00:05:43

limited by the dome in which

00:05:45

nitrogen would then be released if everything went

00:05:48

well the wreckage of the ship would be

00:05:50

inside a huge block of ice gradually

00:05:52

it would rise to the surface, after

00:05:54

which, using a platform, it could be

00:05:56

towed and delivered to the shore, but

00:05:58

how to create such a huge dome,

00:06:01

deliver it to the place where

00:06:02

the Titanic is located and then lower it to such a

00:06:04

depth, of course, theoretically, in this

00:06:07

way it would be possible to raise the wreckage

00:06:09

from the bottom However, this whole process is very

00:06:11

difficult and financially expensive to implement. In

00:06:13

addition, it is unknown what will happen to the

00:06:15

wreckage after defrosting, taking into account the fact

00:06:17

that for more than 110 years they

00:06:20

were on the

00:06:23

ocean floor after it became known about the

00:06:26

tragedy that happened with the Titanic.

00:06:28

Rescuers went to search for it

00:06:30

wreckage However, their attempts were

00:06:32

unsuccessful, finding the wreckage of the legendary

00:06:34

liner literally meant gaining

00:06:36

worldwide fame, so many

00:06:38

researchers risked their lives

00:06:40

trying to do this, along with the idea of \u200b\u200bdiscovering the

00:06:43

burial site of the ship,

00:06:45

the idea of raising it

00:06:47

to the surface arose, of course, in the first half of the

00:06:49

20th century there was not enough technical

00:06:51

capabilities to solve such a problem,

00:06:54

so people could only offer their

00:06:55

hypotheses on how to get the Titanic out of the

00:06:58

water, most of them were logically

00:07:00

justified, but in practice it

00:07:02

is impossible to implement such methods to this

00:07:04

day, a little less than 2 years after the

00:07:06

shipwreck, an architect from Darwin

00:07:08

named Charles Smith proposed his own method of

00:07:11

raising debris; the main

00:07:12

tools for implementing this idea

00:07:15

were huge magnets; a magnet is

00:07:17

usually called an object that has its

00:07:19

own magnetic field; as is known,

00:07:21

magnets attract iron; Nickel and

00:07:23

Cobalt; In addition, the Magnet has its own

00:07:25

poles; the South pole of one magnet

00:07:28

is attracted to the North pole of another,

00:07:30

but at the same time at the same time, the two north poles

00:07:32

will, on the contrary, repel each

00:07:34

other; iron, like Nickel and Cobalt,

00:07:36

are ferromagnetic, while iron

00:07:38

has this property much more. The

00:07:41

fact is that these materials have a

00:07:42

kind of crystal lattice, as

00:07:45

soon as the magnet reacts with the

00:07:46

magnet, its structure becomes more

00:07:48

ordered and it is magnetized, you

00:07:51

can easily notice if

00:07:53

you put a screwdriver on a magnet for a while and

00:07:55

then bring it closer to any iron

00:07:57

object, such as a nail, in this case the

00:07:59

screwdriver itself will act as a

00:08:01

magnet, I think having sorted this out, it became

00:08:04

clear why it was

00:08:06

proposed to use a magnet to raise the Titanic the entire

00:08:08

body of the airliner was made of steel,

00:08:10

that is, from an iron alloy. But why then did

00:08:12

this method turn out to be inoperative? Now

00:08:15

most magnets are made of

00:08:17

spheroidal magnets capable of maintaining

00:08:19

residual magnetization after being

00:08:20

disconnected from an external magnetic field,

00:08:23

but in nature there are also natural

00:08:25

magnets that are presented in the form of

00:08:27

deposits of magnetic ores the largest

00:08:29

natural magnet ever

00:08:31

found has a mass of 13 kg, but at the same time

00:08:34

it is capable of lifting a load of only 40 kg, and

00:08:37

now imagine what kind of magnet is needed

00:08:39

to get from the bottom of the ocean the

00:08:41

wreckage of such a large ship as the

00:08:43

Titanic, certainly in the last few

00:08:46

decades the most a powerful magnet

00:08:48

is a neodymium magnet due to the

00:08:50

residual power on magnesium, such

00:08:52

magnets are capable of lifting very large

00:08:55

loads while remaining much

00:08:56

smaller in size. However, even with their

00:08:59

use, it is almost impossible to reach the wreckage of the Titanic to the

00:09:01

nearest landmass

00:09:03

since now there are no such

00:09:05

cables and cruisers that could

00:09:07

withstand the mass magnets and

00:09:09

ship wreckage, taking into account the pressure at Great

00:09:14

depths, probably many of you have had

00:09:17

this thought: if the mass of the Titanic is so large

00:09:19

that it is almost impossible to get two of its parts

00:09:21

entirely, why

00:09:23

not divide its wreckage into

00:09:25

smaller fragments? Indeed, this

00:09:27

method seems to be the simplest among all

00:09:29

existing ones but is this really so?

00:09:32

In 2020, a US court issued official

00:09:35

permission to the company MS Titanic Inc to

00:09:38

lift a valuable object from the ship's

00:09:40

radio station. As part of this expedition,

00:09:42

the ship was to be cut into

00:09:44

many fragments. However, after

00:09:46

some time, the authorities nevertheless came to the

00:09:48

decision that such actions are not

00:09:50

advisable, they can damage a

00:09:52

unique relic and also cause

00:09:54

outrage among the relatives of those killed

00:09:56

in this tragedy, despite this, RMS

00:09:59

still made an attempt to implement

00:10:01

their project, it is worth noting that its

00:10:03

cost is estimated at $ 5 million;

00:10:05

to separate the wreckage of the Titanic into

00:10:07

fragments, modern

00:10:09

remote underwater vehicles were required instruments and

00:10:11

deep-sea boats, let me remind you that the pressure

00:10:14

at the depth where the debris is located

00:10:15

exceeds all critical levels. In

00:10:18

addition, working in complete darkness

00:10:20

makes this task even more difficult. It is interesting that

00:10:22

specialists from RMS still managed to

00:10:25

separate and briefly lift a

00:10:27

fairly large piece of debris from the bottom;

00:10:29

for this they used high-strength

00:10:31

nylon slings However, one of the slings

00:10:34

broke, unable to withstand the water pressure at

00:10:36

such a depth, this whole operation took

00:10:38

much longer than planned;

00:10:40

the implementation of the second attempt was

00:10:42

suspended because the specialists

00:10:44

were running out of food supplies and

00:10:46

in order to replace the torn sling

00:10:48

it was necessary to return to the shore after

00:10:50

returning to land, experts from the MS

00:10:52

Titanic in came to the conclusion that their idea

00:10:54

was not as simple as it

00:10:56

seemed; to implement it, it was

00:10:58

necessary to more accurately foresee

00:11:00

possible problems that arose during the

00:11:02

operation and also use even more

00:11:04

durable materials for cutters and gates. In

00:11:07

addition, before the subsequent expedition,

00:11:09

it would be necessary to carry out the most

00:11:11

accurate calculations in advance coordinates of the location of the

00:11:13

sunken Titanic and the focus of the cutting

00:11:15

elements, despite the failure that

00:11:18

RMS suffered as well as the refusal of access to the

00:11:20

wreckage by the US authorities, the company

00:11:23

again plans to begin raising

00:11:24

fragments of the Titanic. Will these attempts be

00:11:27

successful? It is still unknown;

00:11:32

another method of raising the wreckage

00:11:34

of the Titanic is the use of

00:11:36

underwater balloons the essence of this method

00:11:38

seems quite simple: empty bags

00:11:40

made of extremely strong

00:11:42

materials must be placed at a

00:11:44

depth for further attachment to the

00:11:46

wreck of the Titanic. Then, using

00:11:49

pumps, air will be pumped into them in

00:11:50

sufficient quantities to

00:11:52

ensure the buoyancy of the wreck, due to

00:11:54

which they will be raised from the bottom such a

00:11:56

method could be quite

00:11:58

effective for many objects, but not

00:12:00

for such a giant as the Titanic, it is worth

00:12:02

taking into account the fact that the wreckage of the ship

00:12:04

is located at a depth of just under 4 km, the

00:12:07

pressure at such a depth is simply

00:12:08

monstrous, so making

00:12:10

air bags will require incredibly

00:12:13

strong materials on their surface

00:12:16

Heavy-duty fasteners and

00:12:18

air supply valves must also be installed; in order to

00:12:20

lift the heavy

00:12:22

wreckage of the Titanic from the bottom, thousands of such bags are needed.

00:12:25

And even if at least one of them

00:12:27

does not withstand the water pressure at depth, the

00:12:29

entire further process will be unsuccessful,

00:12:32

but before attempting to

00:12:34

lift the wreckage, it is necessary to attach

00:12:36

balloons to the surface of the fragments of

00:12:38

the ship in conditions of great depth;

00:12:40

this is almost impossible even now. For the

00:12:42

first time, this method was

00:12:44

proposed in the mid-sixties of the

00:12:46

last century by a worker in the British

00:12:52

hosiery of the wreckage of the Titanic.

00:12:54

Woolley still remained unknown; he had

00:12:56

thought out in advance a plan for raising the liner from the bottom and

00:12:59

its transportation to Liverpool

00:13:00

Surprisingly,

00:13:02

investors became interested in this idea, as a result of

00:13:04

which the Titanic tresser organization was created.

00:13:06

However, after expert calculations,

00:13:08

this project collapsed, this was

00:13:11

primarily due to the fact that its implementation

00:13:13

should have required more than children years. In

00:13:15

addition, in those years, people did not have there were

00:13:17

tools for pumping air into the

00:13:19

air cushion at such a depth.

00:13:21

It is interesting that Douglas Vlie, back in the

00:13:25

1960s, declared his rights to own the

00:13:27

wreckage of the Titanic. The British court and the

00:13:29

British Trade Council approved his

00:13:31

claim and awarded him ownership

00:13:33

of the sunken liner, even despite

00:13:36

his unsuccessful project using

00:13:38

air bags, Woolley did not give up the

00:13:40

idea of getting the Titanic from the bottom. He wanted the

00:13:43

wreck of the ship to become a tourist

00:13:45

attraction and a monument to all those who

00:13:47

died in that terrible tragedy, but he

00:13:49

never managed to realize his dream.

00:13:52

Scientists, like Woolley, continue to be

00:13:54

interested in raising the wreckage

00:13:55

now they They propose to use a

00:13:57

massive hook to hook and remove the

00:14:00

bow of the ship from the water. Of course,

00:14:02

this method can completely

00:14:04

destroy the remains of the Titanic, but according to

00:14:06

experts, they will already completely

00:14:08

collapse in 50-60 years; at the same

00:14:11

time, with the help of a hook, it has already been possible to

00:14:12

raise other sunken ships. Although

00:14:15

they were much smaller in size, if

00:14:17

scientists ever succeed in

00:14:19

doing this, we will be able to see for the first time

00:14:21

fragments of the legendary liner with a

00:14:23

tragic

00:14:26

fate. Some researchers have proposed a

00:14:29

very strange method of raising the wreckage

00:14:31

of the Titanic; it involves a controlled

00:14:34

explosion of the two remaining parts of the liner;

00:14:36

this method may seem illogical

00:14:38

because after the explosion, only the smallest fragments will remain from the wreckage.

00:14:40

However, the

00:14:42

researchers who proposed this method

00:14:45

say that this is the only

00:14:46

way to deliver the remains of the Titanic

00:14:49

to the surface; in addition, they assure

00:14:51

that the explosion will not be at all the same as we

00:14:53

imagine it; the main goal of this

00:14:55

method is to divide heavy debris

00:14:58

into more small fragments convenient for

00:15:00

lifting; to achieve this, it will

00:15:02

be necessary to install explosive charges in

00:15:04

predetermined places. Moreover, they

00:15:06

must be located both on the wreckage itself

00:15:08

and in close proximity to it; the

00:15:10

power of the explosive devices will

00:15:12

vary in order to

00:15:13

prevent the complete destruction of the Titanic.

00:15:16

According to this idea, there are two parts the

00:15:18

sunken ship, using a series of

00:15:20

carefully controlled explosions, will be

00:15:22

broken into small fragments,

00:15:24

so they will become available for

00:15:26

recovery, of course. None of

00:15:27

the researchers is going to

00:15:29

destroy the legendary liner; the essence of the

00:15:32

method lies in its incredibly

00:15:34

precise separation; for these purposes,

00:15:36

it will be necessary to develop special

00:15:37

shaped charges and then with extreme to

00:15:40

accurately direct and calculate their

00:15:42

explosive force, such charges must be

00:15:44

powerful enough to separate

00:15:46

steel fragments, but at the same time they

00:15:48

should not completely destroy them,

00:15:49

you must agree that this task is not an easy one,

00:15:52

many experts are against this

00:15:54

method, firstly, one slightest mistake

00:15:56

Both in calculations and in the process of the

00:15:58

explosions themselves can lead to the final

00:16:00

destruction of the Titanic and then there

00:16:02

will be nothing left to get. And secondly, most

00:16:05

scientists believe that those people who

00:16:07

propose to implement this method are

00:16:09

not interested in the historical

00:16:10

value of the ship, but in its treasures. It is

00:16:13

believed that in one of the two parts of

00:16:15

the ship there is a safe with a huge

00:16:16

amount of jewelry, the

00:16:23

American company rms Titanic Inc has taken responsibility for the development and implementation of the method using shaped charges

00:16:26

for more than 30 years, it has

00:16:28

exclusive rights to collect treasures from

00:16:30

board the Titanic. Who knows, maybe

00:16:32

this time MS is really

00:16:35

only interested in the Treasures of the

00:16:38

Titanic I think many people think that in

00:16:41

order to lift the wreckage of the Titanic from

00:16:43

the bottom, the easiest way is to use a huge

00:16:45

hook. However, even in this case, it is

00:16:47

very difficult to implement this method;

00:16:49

ordinary sea cranes are not suitable for

00:16:51

such purposes. Let's try

00:16:53

to figure out why, first of all, in order to

00:16:55

lift such a heavy cargo

00:16:57

Like the Titanic lying at a depth of not almost

00:16:59

4 km, a very gigantic hook will be required,

00:17:02

it, like the cables to which it will be

00:17:04

attached, must be made of

00:17:06

extremely strong materials in order to

00:17:08

withstand the monstrous pressure at depth, the

00:17:10

creation of such tools for lifting

00:17:12

remains almost impossible even

00:17:14

today, but this is not the only problem

00:17:17

such a method, if, after all, a hook

00:17:19

is created, then you will need to very

00:17:21

precisely lower it to the bottom and then

00:17:23

somehow hook it onto the wreckage, how can

00:17:25

this be done because

00:17:27

such depths are inaccessible to divers? Of course, you can

00:17:29

use modern deep-sea

00:17:31

robots that help oceanologists

00:17:33

explore the depths of the ocean. However,

00:17:35

imagine What size should the

00:17:37

remote robot be? After all, it will need to

00:17:39

lift the hook or push it

00:17:41

for more accurate placement, but Let’s

00:17:44

imagine that a miracle happened and the hook

00:17:46

accidentally caught on the wreckage, then

00:17:48

the cruiser to which the Hook and

00:17:50

cables are attached will need to lift this entire

00:17:52

structure along with the wreckage of the Titanic,

00:17:55

of course However, such powerful vessels do not

00:17:57

exist, so this method again

00:17:59

turns out to be ineffective. Despite

00:18:01

this, researchers continue to promote

00:18:03

the idea of using submersible cranes.

00:18:05

This technology is common in the

00:18:07

oil industry and

00:18:09

is a huge success. However, in

00:18:11

this area one does not have to work at

00:18:13

great depths and lift objects

00:18:15

weighing more than 45,000 tons, which is equivalent to

00:18:18

the weight of 99,000 adult

00:18:20

elephants combined. Just imagine what kind of

00:18:22

lifting capacity, what strength and

00:18:24

what dimensions such cranes should have. I

00:18:26

think many of you think that people

00:18:29

will be able to construct such lifting

00:18:31

equipment only in some

00:18:33

science fiction film; besides, we

00:18:35

should not forget that the Titanic has been

00:18:37

on the ocean floor for more than 110 years. During this

00:18:40

time, it has been subjected to the detrimental influence of

00:18:42

microorganisms and corrosion; bacteria have already

00:18:44

completely corroded the wooden elements

00:18:46

of the ship and are actively absorbing steel; for

00:18:48

this reason, the remaining fragments have now

00:18:50

become very fragile and with the slightest

00:18:53

force they can simply

00:18:55

crumble.

00:18:59

how to lift the Titanic from

00:19:01

one ocean there were many, almost all of

00:19:03

them initially seemed effective But

00:19:05

as soon as it came to making

00:19:07

calculations and estimating the cost of the project All

00:19:09

ideas turned out to be simply useless

00:19:12

What if the Titanic could still be

00:19:14

delivered to the surface of the ocean

00:19:16

using a hydraulic lift systems

00:19:18

Let's try to figure it out. Is it possible to

00:19:20

implement such a hypothesis? To

00:19:22

lift the wreckage of the liner, you will need to

00:19:24

develop a special hydraulic

00:19:26

system; deliver it to the ocean, immerse it

00:19:29

to depth and then place it under the

00:19:30

wreckage of the Titanic and securely fasten it to the

00:19:33

bottom; such a design will help to evenly

00:19:35

distribute the lifting force; the basic

00:19:38

principle of such hydraulic

00:19:39

jacks consists of transferring the force

00:19:41

created by the movement of the piston inside the

00:19:44

cylinder through an

00:19:45

incompressible force. Such lifting tools

00:19:48

manage to lift huge loads with

00:19:50

minimal effort. If it were possible to

00:19:52

place the wreckage of the Titanic on a

00:19:54

hydraulic jack, then they would

00:19:56

gradually rise to the surface

00:19:58

of the ocean, thus avoiding

00:20:00

negative impacts on them and

00:20:02

delivering them to land without damage,

00:20:04

the idea sounds quite attractive.

00:20:06

However, developing a hydraulic

00:20:08

system for lifting the Titanic is again

00:20:10

hampered by its size, weight and the enormous depth

00:20:12

at which its wreckage is located. For a

00:20:15

specialized jack, a

00:20:17

huge amount of heavy-duty

00:20:19

material capable of withstanding a pressure

00:20:21

of 380 atmospheres, as well as the weight of the

00:20:24

wreckage itself, is certainly such a device.

00:20:26

will also have enormous weight. But

00:20:28

it will need to not only be

00:20:29

transported but also immersed to a

00:20:31

depth of

00:20:32

3750 m. The location of the jack will also

00:20:36

play an important role too. A small

00:20:38

number of support points can lead to

00:20:40

damage to the wreckage of the Titanic, taking into account the

00:20:43

loads at such a depth in order to

00:20:45

calculate the optimal position of

00:20:46

the lifting system, it will be necessary

00:20:48

to carry out complex structural analyzes

00:20:51

and modeling since the creation of

00:20:52

one giant jack is almost

00:20:54

impossible; scientists propose to

00:20:56

design several hundred such

00:20:58

hydraulic systems. However, such a

00:21:00

solution will further complicate the task of

00:21:02

lifting the Titanic because in this case

00:21:04

it will be necessary not only to carry out the

00:21:06

most accurate calculations, but also to

00:21:08

somehow install the jacks synchronously

00:21:10

As you can see, it would seem that a simple idea

00:21:12

using hydraulic jacks

00:21:14

actually turned out to be an extremely difficult

00:21:16

task and it is almost impossible to implement such a project so far,

00:21:19

but who knows

00:21:21

Maybe scientists really know a way to

00:21:26

do this Let's imagine that we could

00:21:29

make the wreckage of the Titanic

00:21:31

on our own to float up, we

00:21:33

would not need to come up with a way to

00:21:35

lift such a heavy object from

00:21:37

enormous depths, but how

00:21:39

can a sunken ship with a huge mass

00:21:41

independently end up on the surface of the

00:21:43

ocean, the answer is obvious; it will be

00:21:45

possible if the wreckage becomes incredibly

00:21:47

light. Yes, of course, such a hypothesis may

00:21:50

seem completely absurd, because Why

00:21:52

would the titanic suddenly become floating

00:21:54

if it has been at great depths for more than a century?

00:21:56

Scientists believe that

00:22:00

ordinary polyurethane foam

00:22:02

made on the basis of methane and

00:22:04

isocyanate will help to clear the wreckage due to its buoyancy properties. Similar materials, for example, the

00:22:07

same polystyrene plastic, absolutely do not sink in

00:22:09

water no matter how much you try to immerse

00:22:11

such material under water it still

00:22:13

floats up. This property of buoyancy

00:22:15

is due to the content of inert

00:22:17

porous compounds. In addition, the density of

00:22:19

such materials is less than the density of

00:22:21

water, so water creates pressure

00:22:24

that pushes out such a light object. I

00:22:26

think the idea of this method is now clear to

00:22:28

everyone. And now I propose

00:22:29

to understand how scientists propose to

00:22:32

implement it this hypothesis

00:22:34

is based on Archimedes' law. According to it, a

00:22:36

body immersed in a liquid is subject to a

00:22:38

buoyancy force equal to the weight of the liquid

00:22:41

displaced by this body. Thus,

00:22:43

scientists wanted to place a

00:22:45

sufficient amount of

00:22:47

polyurethane foam inside the wreckage of the Titanic so that they

00:22:50

could float up on their own; however, for

00:22:52

such purposes it would require simply

00:22:54

incredible volumes of material In addition,

00:22:56

pumping foam into the wreckage

00:22:58

involves the use of special

00:23:00

hoses, all of which must be made of

00:23:02

very durable material capable of

00:23:04

withstanding pressure at great depths,

00:23:06

provided that all the necessary

00:23:08

tools and materials were delivered

00:23:10

to a depth of just under 4 km,

00:23:12

it was intended to fill all the

00:23:14

voids in the wreckage with foam without weakening its

00:23:16

structure. However, the structure of the

00:23:18

Titanic's hull has a rather complex

00:23:20

structure; in the current state of the wreckage,

00:23:22

it can be compared to a labyrinth; for this

00:23:24

reason, transporting foam to the

00:23:26

necessary areas is incredible,

00:23:28

and in order to correctly fill the voids,

00:23:30

incredibly accurate calculations will be required, the

00:23:33

implementation of which

00:23:34

will most likely be disrupted in conditions of

00:23:36

monstrous depths It is interesting that a

00:23:38

similar method had already been proposed back in the

00:23:41

1970s, its essence was to

00:23:44

fill the debris with

00:23:45

ping-pong balls. However, this hypothesis was

00:23:48

rejected since the balls were unlikely to be

00:23:50

able to withstand the pressure at a depth of

00:23:51

just under 4

00:23:55

km. The tanik cable lifting method

00:23:58

involves the use

00:24:00

screen cables powerful screens installed on

00:24:02

giant ships could theoretically

00:24:05

lift the heavy wreckage of the liner

00:24:07

using winches; this method seems

00:24:09

quite simple and quite possible;

00:24:11

however, its implementation will require a lot of

00:24:13

effort; of course, the main problem of

00:24:15

this method is that

00:24:17

despite the long stay under

00:24:19

water, the wreckage of the Titanic still are also

00:24:21

heavy objects. In addition,

00:24:23

let’s not forget about the pressure at the depth

00:24:25

at which the wreckage of the Titanic is located. For

00:24:28

these reasons, to transport the

00:24:29

sunken ship to the surface,

00:24:31

incredibly strong cables

00:24:33

with enormous load-carrying capacity will be required;

00:24:35

such cables must be

00:24:37

made of synthetic materials

00:24:39

resistant to the force of deep-sea

00:24:41

pressure, one of the most The most common

00:24:43

materials with such properties

00:24:45

is ultra-high molecular weight

00:24:47

polyethylene, high density polyethylene; the molecule of

00:24:50

such a material consists of long

00:24:52

linear chains of polyethylene with a mass of

00:24:54

one and a half to 11.5 million atomic mass units;

00:24:58

this polyethylene is a

00:24:59

thermoplastic substance, but at the same time

00:25:01

it has the property of low

00:25:03

water absorption, for this reason its

00:25:04

structure does not change in contact with

00:25:07

water In addition, it has sufficient

00:25:09

traction to lift very heavy

00:25:11

objects, given all these characteristics,

00:25:13

cables made from such material

00:25:16

may be effective for lifting the

00:25:18

wreckage of the Titanic. However, despite all

00:25:20

their useful properties, such

00:25:22

heavy-duty cables may be

00:25:24

useless if there is no way to

00:25:26

secure them. object, let us remember that the

00:25:28

wreckage of the Titanic is located at a depth

00:25:30

where, due to physical characteristics,

00:25:32

divers cannot reach And without

00:25:35

human help it is almost impossible to attach such cables,

00:25:37

therefore it is

00:25:39

still impossible to use this method for lifting the Titanic

00:25:44

And that’s all I have

00:25:47

if you liked this video Do not

00:25:49

forget to rate subscribe to the

00:25:50

channel and click on the bell for me

00:25:53

your activity is the best reward

00:25:55

Thank you for your attention see you soon

00:25:58

bye

Description:

ЭТО СВЕРШИЛОСЬ! Ученые Раскрыли Новый СЕКРЕТНЫЙ СПОСОБ Поднять ТИТАНИК Со Дна! Топ 10 Титаник — легендарное судно, построенное британской компанией White Star Line в 1911 году. 10 апреля 1912 года трансатлантический лайнер отправился в свой первый и последний рейс из Саутгемптона в Нью-Йорк.

Preparing download options

Popular

HD video

Only sound

All

* — If the video is playing in a new tab, go to it, then right-click on the video and select "Save video as..."

** — Link intended for online playback in specialized players

Questions about downloading video

How can I download "ЭТО СВЕРШИЛОСЬ! Ученые Раскрыли Новый СЕКРЕТНЫЙ СПОСОБ Поднять ТИТАНИК Со Дна! Топ 10" video?

http://unidownloader.com/ website is the best way to download a video or a separate audio track if you want to do without installing programs and extensions.
The UDL Helper extension is a convenient button that is seamlessly integrated into YouTube, Instagram and OK.ru sites for fast content download.
UDL Client program (for Windows) is the most powerful solution that supports more than 900 websites, social networks and video hosting sites, as well as any video quality that is available in the source.
UDL Lite is a really convenient way to access a website from your mobile device. With its help, you can easily download videos directly to your smartphone.

Which format of "ЭТО СВЕРШИЛОСЬ! Ученые Раскрыли Новый СЕКРЕТНЫЙ СПОСОБ Поднять ТИТАНИК Со Дна! Топ 10" video should I choose?

The best quality formats are FullHD (1080p), 2K (1440p), 4K (2160p) and 8K (4320p). The higher the resolution of your screen, the higher the video quality should be. However, there are other factors to consider: download speed, amount of free space, and device performance during playback.

Why does my computer freeze when loading a "ЭТО СВЕРШИЛОСЬ! Ученые Раскрыли Новый СЕКРЕТНЫЙ СПОСОБ Поднять ТИТАНИК Со Дна! Топ 10" video?

The browser/computer should not freeze completely! If this happens, please report it with a link to the video. Sometimes videos cannot be downloaded directly in a suitable format, so we have added the ability to convert the file to the desired format. In some cases, this process may actively use computer resources.

How can I download "ЭТО СВЕРШИЛОСЬ! Ученые Раскрыли Новый СЕКРЕТНЫЙ СПОСОБ Поднять ТИТАНИК Со Дна! Топ 10" video to my phone?

You can download a video to your smartphone using the website or the PWA application UDL Lite. It is also possible to send a download link via QR code using the UDL Helper extension.

How can I download an audio track (music) to MP3 "ЭТО СВЕРШИЛОСЬ! Ученые Раскрыли Новый СЕКРЕТНЫЙ СПОСОБ Поднять ТИТАНИК Со Дна! Топ 10"?

The most convenient way is to use the UDL Client program, which supports converting video to MP3 format. In some cases, MP3 can also be downloaded through the UDL Helper extension.

How can I save a frame from a video "ЭТО СВЕРШИЛОСЬ! Ученые Раскрыли Новый СЕКРЕТНЫЙ СПОСОБ Поднять ТИТАНИК Со Дна! Топ 10"?

This feature is available in the UDL Helper extension. Make sure that "Show the video snapshot button" is checked in the settings. A camera icon should appear in the lower right corner of the player to the left of the "Settings" icon. When you click on it, the current frame from the video will be saved to your computer in JPEG format.

What's the price of all this stuff?

It costs nothing. Our services are absolutely free for all users. There are no PRO subscriptions, no restrictions on the number or maximum length of downloaded videos.