![]() ![]() While many modern cars are sealed very well, chances are there is water in the engine, which can warp the components making the engine stall. However, if the floodwaters went past the hood, you are likely looking at many systems being damaged. If the water only got to the bottom of the doors, chances are the engine is fine. You can find this by looking for a dirty water line. One of the most important things to look for in a vehicle that has been flooded is the high watermark. Especially in coastal areas, saltwater is even worse for the internal systems in a vehicle. There is likely water in the engine, transmission, and fuel system, and this will only make matters worse. It’s not a good idea to try to turn the engine over immediately until the damage can be assessed. One of the first concerns after a car has been submerged for any length of time in the water is if it will even run. Flooded car | Getty Images What happens to the engine But can you rescue your car after it has been submerged? Let’s take a look at what damage can occur when a vehicle has been underwater. When evacuations take place due to a storm surge, many people will often leave their vehicles behind. In the calculation, it is shown that the optimal damping factor, as is the case for tuned mass dampers (TMD), can be produced by the nets, and the effectiveness of TLD with nets are demonstrated.Hurricanes can take a heavy toll on the environment. To show the effectiveness of the proposed analytical model for TLD-structure interaction problems, the case in which TLD with nets is installed on top of a pylon of a cable-stayed bridge is described and the calculated results are compared with the actual experimental data. The results of dissipation energy theoretically obtained are confirmed by experiments. In particular, the effects of hydraulic resistance produced by nets installed in a tank on the performance of TLDs are examined. Dissipation energy due to the liquid motion under sinusoidal excitations is calculated based on nonlinear shallow water wave theory. In the calculation, it is shown that the optimal damping factor, as is the case for tuned mass dampers (TMD), can be produced by the nets, and the effectiveness of TLD with nets are demonstrated.ĪB - An analytical model for describing the effectiveness of tuned liquid damper (TLD) with submerged nets for suppressing horizontal vibration of structures is proposed. ![]() ![]() N2 - An analytical model for describing the effectiveness of tuned liquid damper (TLD) with submerged nets for suppressing horizontal vibration of structures is proposed. T1 - Modeling of tuned liquid damper with submerged nets ![]()
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