What happens when you get hit by the heaviest hammer in the world? Can you talk about it?

At present, the largest hammer in the world, with a handle of more than ten meters, weighs three tons. When it hits the ground, it can produce more than 30 tons of impact force. But it is not easy to lift it. It takes about two minutes to lift the hammer bit by bit with the help of hydraulic device. Moreover, when the hammer is dropped, it needs to be pushed by a hydraulic device, and at the same time, a five-centimeter-thick steel plate should be placed on the landing point.

Now let's start the experiment and see who can bear the force of 30 tons. Try watermelon first. There are two big watermelons on the steel plate. When the hammer falls, the watermelon disappears instantly. Not to mention watermelon, even watermelon juice can't be found, but it's all worth it, because you will find this scene really beautiful under the irradiation of flashlight. The fine powder was like a wave hitting a reef, and even several cameras were smashed.

Then some bowling balls. It's all made of mahogany, but all this is meaningless. The strength of the hammer smashed the bowling pins on the side, and then sputtered them for more than ten meters, while the bowling pins in the middle were smashed into wooden handles, and the whole wooden core became sawdust, and the outer protective layer fell off in a large area. Next, we will see if bowling can avenge my brother. His hardness and toughness were better, but a disappointing scene appeared. He didn't resist the hammer or even cause a slight pause.

Since you can't carry it hard, find a ball with better flexibility. For example, this ball made of rubber bands directly smashed bulletproof glass after falling from a height of 50 meters, and it was unscathed. So, can it achieve brilliant results this time? When the hammer fell, we saw it bounce several times. Does this mean hope? Through slow motion, we can see that although the outer rubber band directly exploded and became broken, on the whole, he remained spherical, and he produced the final dignity. This success has made the copper ball with the same ductility see hope. He has good ductility and hardness, so is the ending the same as he thought? The fall of the hammer didn't make it fall apart or become the same cake. On the contrary, in the collision of the hammer, its waistline instantly expanded and hit a circle, and the dome was flattened. The indomitable hammer tried twice again. Although the copper ball has some deformation, it has not completely given up its resistance. Is it interesting?