The displacement of the ship, is the displacement equal to the weight of the ship

Amount. The weight of the water discharged by the boat is equal to the buoyancy of the water on the boat, and according to the balance of two forces, the buoyancy of the object is equal to the gravity when the object is suspended or floating, so the weight of the water discharged is equal to the gravity of the ship.

Rubber fenders are much taller marine airbag propellers.

Train rails inside the ship.

Riding the four-storey engineering elevator and braving the high temperature of the marine airbag at 40 or 50 degrees Celsius in the sun, we boarded the rubber fender Yuehai Railway No. 1.

The ferry is renovated according to a three-star hotel.

The 35-year-old captain of the ship, Chen Liye, who grew up in a crew family in Haikou Port, graduated from Hainan University, and served as the captain of the Pengcheng Rubber Fenders, Pengcheng No. 2, and Coconut Princess. These ships had brought him pride in rubber fenders, and the rubber airbags were his own, and he had to send his beloved scrapped Pengcheng No. 1 and No. 2 to the rubber fender shipbreaking company. Now, he has been appointed as the first captain of the Yuehai Railway No. 1.

That's the history, marine airbags are loaded and stopped from left to right"It is a microcosm of the history of shipping in the Qiongzhou Strait.

The first thing we see is the car deck. It is an open deck with rubber fenders marine airbags located 15 meters from the bottom of the boat. On the car deck, rubber airbags, the most obvious marine airbags are the regular and orderly marine fenders on the deck, which are specially used to bundle and fix the car.

According to the design, 56 cars can be parked here, and the rubber airbags can fit a 40-foot container trailer.

It's easy to think of the car deck as the main deck, but it's not end-to-end because it has four levels of cabins at the rear, the second floor of the rubber fender is the passenger lounge, the third floor is the crew cabin, and the fourth level is the cockpit. The cabin is designed with 700 marine airbag seats, and its decoration will refer to the standards of a three-star hotel, with sofas, TVs, and entertainment facilities. Guests who take the train can sit in the car, the boat airbag reflective door number, you can come to the boat to rest, the rubber airbag can go to the sightseeing area on the deck to enjoy the sea view, and even watch about 10 sets of TV programs including digital satellite TV.

Taking into account the possible needs of guests, there are different levels of rubber airbags in the lounge, there are ordinary lounges and VIP rooms. The handrails and railings on the deck are made of stainless steel.

Talking about the difference between this boat and other boats, Chen Liye said that there is no difference in the marine airbag A2. To be precise, it is easier to open rubber fenders. Including 2 sets of four-stroke diesel engine propulsion pitch propeller, double rudder, three side thrust and other seven operating systems can be operated by a marine airbag one-handed control handle, and there is one in the main wheelhouse of the ship, and there are two operating platforms on the port side outside the main wheelhouse, if the situation on the shore and the situation in the sea can be seen more clearly when docking, it can also be operated on the operating platform.

The most different and distinctive thing from the ro-ro ships he has driven in the past is the main deck, which is just below the car deck, the marine airbag seawater contains a large amount of chloride ions with strong corrosiveness, and there are 16 marine airbag channels connected to the train deck. Whether from design or construction, the train deck is the most important and difficult marine fender for Yuehai Railway No. 1.

Marine airbag railways are being laid on the island.

Physically speaking, they are not at all, but they are computationally equal...The density of water is average. Wish.

The displacement is equal to the weight of the ship. According to Archimedes' principle, the buoyancy of an object is equal to the gravitational force of discharging water, and the buoyant force is gravity when at rest or in a straight line at a constant velocity. Displacement is an important indicator used to indicate the size of the ship, and it is the quality of the water discharged when the ship is fully loaded with cargo according to the design requirements.

The displacement can be divided into light load displacement, standard displacement, normal displacement, full load displacement, and overload displacement.

The displacement is usually measured in tons, and the so-called drainage tonnage is the number of tons that are dispersed in the water.

The displacement should be greater than or equal to the maximum load plus the weight of the ship itself, otherwise, the ship will sink.

Discharge = water consumption multiplied.

f float = g float f float = liquid ·g·v discharge v row = f float·g.

m= water vmax drain (new) The maximum volume of water discharged by an object vmax drain multiplied by the density of water is equal to the mass of the object. ）

m=m gold m gold=v gold ;

V-gold vs. vmin.

vmin row = v gold (real gold).

v gold < vmin fake).

Discharge = water consumption multiplied.

f float = g float f float = liquid ·g·v discharge v row = f float·g.

m= water vmax drain (new) The maximum volume of water discharged by an object vmax drain multiplied by the density of water is equal to the mass of the object. ）

m=m gold m gold=v gold ;

V-gold vs. vmin.

vmin row = v gold (real gold).

v gold < vmin fake).

Displacement = water consumption * buoyancy;

f float = g float f float = liquid ·g·v discharge v row = f float·g.

m= water vmax drain (new) The maximum volume of water discharged by an object vmax drain multiplied by the density of water is equal to the mass of the object. ）

m=m gold m gold=v gold ;

V-gold vs. vmin.

vmin row = v gold (real gold).

v gold < vmin fake).

Displacement = water consumption * buoyancy;

f float = g float f float = liquid ·g·v discharge v row = f float·g.

m= water vmax drain (new) The maximum volume of water discharged by an object vmax drain multiplied by the density of water is equal to the mass of the object. ）

m=m gold m gold=v gold ;

V-gold vs. vmin.

vmin row = v gold (real gold).

v gold < vmin fake).