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A Virtual Reconstruction of a Wave-Powered Flour Mill from 1801

机译:从1801年的波动粉碎机的虚拟重建

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Around 1801, Francisco Terres i Serra designed and developed a sustainable wave-powered flour mill in Vilanova i la Geltru, a town located on the Mediterranean coast south of Barcelona, Spain. The mill, which was located on the seashore, consisted of a system of paddles driven by waves that provided the energy necessary to pump sea water to a gathering pond located at a height of 5 m above sea level. This water was then fed to a wooden waterwheel that, via a lantern wheel, turned two sets of millstones in the upper room of the mill where the flour was ground. The mill is now located more than 50 m from the water line due to the sedimentation of the coastline caused by the construction of nearby breakwater walls. Only a small part of the building is still standing, however, and there are no traces of the original hydropower or pumping systems. Using information gathered by the historian Francisco Conde and original plans of the mill obtained from the Navy Command in Barcelona, we created a virtual reconstruction of the flour mill complex and its hydraulic components and a 3D simulation of how the mill operated.
机译:大约1801年,Francisco Terres I Serra设计并开发了一款可持续的波动厂在Vilanova I La Geltru,位于西班牙巴塞罗那南部地中海海岸的镇。位于海岸的磨机包括由波浪驱动的桨系统,该系统提供了将海水泵送到位于海拔5米的高度的聚集池中所需的能量。然后将这种水送入了一轮的木制水车,通过灯笼,在磨机的上室旋转两组毫在面粉的地面。由于附近的防波堤墙建造造成的海岸线沉降,轧机现在距离水线超过50米。然而,只有一小部分建筑物仍然站立,并且没有原始水电或泵送系统的痕迹。使用历史记者Francisco Conde和从巴塞罗那的海军指挥中获得的磨坊的原始计划收集的信息,我们创建了面粉磨机复合物的虚拟重建及其液压元件以及研磨机如何运行的3D模拟。

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