FLUID MECHANICS IN ACTION: THE FUTURE OF THAI BRIDGES WITH HYDRAULIC TECHNOLOGY

Civil Engineering

This science project explores the application of fluid mechanics and hydraulic technology in bridge construction, specifically focusing on a model hydraulic bridge made using syringes and popsicle sticks. Given Thailand's frequent flooding and the need for resilient infrastructure, our project aims to demonstrate the potential of hydraulic systems in enhancing the safety and durability of bridges. The model bridge, constructed with a simple hydraulic system comprising syringes and water, successfully lifts and lowers the bridge deck, showcasing the principles of fluid dynamics in action. The project highlights the effectiveness of hydraulic technology in creating adaptable and robust bridge structures. It also emphasizes the educational value of hands-on STEM activities, fostering a deeper understanding of engineering concepts among students. Our findings suggest that the principles demonstrated in this model can be scaled up to real-world applications, offering innovative solutions for future bridge construction in Thailand. This project underscores the importance of integrating advanced engineering techniques to develop infrastructure that can withstand natural disasters, ensuring safety and reliability for communities. Keywords: Fluid Mechanics, Hydraulic Technology, Model Hydraulic Bridge, Resilient Infrastructure, Hydraulic Systems, Fluid Dynamics, Educational Value, STEM Activities

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