The core of strengthening is to use resources to strengthen the overall and a certain part of the hull. This strengthening process is a great risk for the shipyard to complete, because it is not so easy to strengthen many parts, and the difficulty of strengthening different warships is also different. Among them, destroyer strengthening is relatively simple, while the strengthening of battleships is relatively the most difficult.

The weight of the warship after strengthening will increase. In the future, the speed required to ensure necessary strengthening of the power system is required. This process is not easy, because strengthening the power system will also lead to an increase in weight. The same is true for other parts. It can be said that strengthening is much more complicated than transformation. Most of the complex parts of transformation are brought by drawings and rarely involve such complex parts.

The simplest thing to strengthen the warship is the strengthening of the hull, which is also the first part that most commanders strengthen when strengthening the warship. Strengthening the hull is to add special materials into it, but this simplicity is relatively simple. The risk of strengthening has always existed. The failure of hull strengthening will cause the weight to increase the defense and instead decrease. However, this is relatively easy to control. After so many years of development, it can be said that the research on the strengthening of low-level hulls has been thoroughly studied.

Although the hull strengthening is the simplest, it cannot be carried out rashly, because the reinforcement always solves the problem of weight. The power system is like that. The process of strengthening requires a lot of resources. This makes the weight of these resources added to the warship after the reinforcement is completed. Therefore, the important point of strengthening is to control the weight. Before strengthening, the resources of each unit need to be calculated and calculated. This is completely different from transformation. In the final analysis, the transformation is to replace equipment. The weight sometimes increases but not very serious.

The displacement of a warship is composed of various parts, and the warship hull is a very important part. Once the warship hull is strengthened, the weight will increase a lot. In order to prevent major problems, it is necessary to strengthen the power system to adapt to the increased weight. The power system is quite complex, which is a very huge difficulty in strengthening. However, relatively speaking, the situation of Gao Fatty is still good now, because transformation and strengthening are common in this aspect. What needs to be studied now is how to strengthen the existing power system. The strengthening of the power system is mainly divided into two enhancement modes.

One is overall strengthening. The other is partial strengthening. It is very difficult to strengthen the entire power system, so it is generally partially strengthened first and then overall strengthening. The strengthening of the power system is one of the most dangerous strengthenings in the strengthening process, because the failure of the power system strengthening process is likely to cause explosions. The explosion of the power system will quickly sink the warship. Of course, since it is strengthened in the dock, the warship will not sink, but it is true that it is greatly affected. This situation is avoided by all commanders and ship girls.

In fact, the strengthening of the power system is the key and the most difficult point among all strengthening, because no matter what part of the reinforcement weight will increase. If you don’t want to lose speed, you must strengthen the power system. Therefore, it is important to conduct an overall analysis of your own power system before strengthening, which is also an important reason why the iron-blooded forces will cause the current situation.

A commander who only strengthens the knowledge of theory will have a big problem of rashly strengthening. In this case, it is generally necessary to find an excellent warship to evaluate and strengthen the power system of his warship. In this case, it is easy to form a strengthening family in the long run. Many of the disunity within the iron-blooded forces are caused by these strengthening families. There is no problem in fair forces, but the strengthening of the warship of Fatty Gao must be supported by Colonel Fernandez. Among the warships of Fatty Gao have a pursuit of speed except for Royal Oaks and Colorado. Relying on transformation alone cannot solve the problem of weight increase after strengthening. In this case, strengthening is very necessary.

In addition to the power system, the most dangerous thing about the strengthening of warships is the strengthening of weapons. Strengthening of weapons will not directly lead to explosions, but it will cause the ship girl to make a big misjudgment of the weapon system after strengthening, which will cause the explosion of the chamber. It is very common for the explosion of the chamber after strengthening.

This time, the island commander told Gao Fatty to understand the various components of strengthening. Gao Fatty was taught by Gao Fatty when he was studying at the Academy of Justice, he also learned about it. However, the Academy of Justice was not detailed and the problem of understanding the strengthening was very big. The island commander's special explanation was completely different.

The island commander's suggestion to Fatty Gao is to strengthen the brave little loli first. Unlike transformation, the strengthening of destroyers is the simplest, because the hull of the destroyer is smaller than the weight increase. The combination of strengthening and transformation can increase the volume of some warships, which makes destroyers easier to transform in comparison. This is a feature of transformation. Generally speaking, the smaller the weight, the easier it is to strengthen the warship, and the greater the weight, the less easy it is to strengthen the warship.

Of course, this is not absolute. Large ships are all large ships. These large ships can use the method of Hood in history to obtain high speed. This is to obtain high speed by stacking power systems. The advantage of this is that the power system is strengthened with huge risks. But the problem is that the power system is too complex, which will make the power compartment too large, which will increase the difficulty of defense. After all, once the power system is attacked, it will either explode or steam leakage. You must know that this is high-temperature and high-pressure steam. Once such an accident occurs, it will be an absolute disaster. Increase the defense of the power compartment will inevitably increase the weight. This is a vicious cycle.
Chapter completed!