ppt on bridge system.pptx
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The document discusses a smart bridge project that uses sensors and actuators to automatically increase the height of the bridge when flooding is detected. This prevents bridge closures that are costly and disruptive. Sensors detect rising water levels and trigger servos to raise the bridge height as needed to maintain traffic flow. The system is designed to ensure safety and reliability while reducing economic losses from prolonged bridge closures. Future innovations may include drone inspections and deliveries as well as smart traffic management.
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Further features like will and retain messages make MQTT well suited for sensor network scenarios as well as for lightweight enterprise messaging applications.
Open source implementations like Eclipse paho provide ample code for integrating MQTT in your own applications.
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The document discusses wireless sensor networks (WSN) and their applications. It defines a WSN as a collection of sensor nodes that communicate wirelessly and self-organize after deployment. Sensor nodes collect data at regular intervals, convert it to electrical signals, and send it to a base station. The document outlines the components of sensor nodes and describes how WSNs are used for applications like forest fire detection, air/water pollution monitoring, landslide detection, and military surveillance. It also discusses the TinyOS operating system commonly used for WSNs and its features for efficiently utilizing energy in sensor nodes.
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Mr. Chaintanya Kabadi presented on flood routing in the Pawana river using a 1D unsteady mathematical model. The presentation covered the problem statement of flooding, aim to avoid flood spilling using HEC-RAS software, and methodology which included analyzing the river path and cross-sections. The scope is to prevent economic hardship from flooding through modeling and future flood management.
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This document describes an ultrasonic water level indicator project. The project aims to construct an electronic device that can automatically detect water level with high precision and control the water supply. It will automatically shut off the water when the reservoir is full. The circuit uses an ultrasonic sensor to detect the water level and a microcontroller to control a transistor that switches the water pump on and off. When the water level reaches the sensor, the circuit signals an alarm and shuts off the pump. The water level indicator has applications for monitoring water levels in places like hotels, factories, homes, and commercial buildings to prevent water wastage and shortages.
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2) Two embankment dams, Chang Dam and Fatehgadh Dam, within 150 km of the epicenter were examined. Chang Dam experienced almost a complete collapse likely due to liquefaction of its shallow foundation soils, while Fatehgadh Dam experienced less severe but still significant damage.
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Similar a ppt on bridge system.pptx
THE SMART BRIDGE ECE.pptx
1) The document describes a smart bridge monitoring system that uses an Arduino, water level sensors, a GSM module, an LCD display, and servo motors to monitor water levels and control bridge elements automatically.
2) The system senses water levels continuously, sends data in real-time via GSM, and can activate servo motors to close barriers if levels reach a critical point, restricting access.
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Real-Time Monitoring of Bridge and Water Craft System Using IoT
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Bridge Monitoring for Floods Importance and Solutions
In this presentation, we will explore the significance of bridge monitoring for floods, discuss the challenges involved, delve into innovative technologies for monitoring, highlight the benefits of technology adoption, showcase successful case studies, and outline best practices for effective bridge monitoring.
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In this presentation, we will explore the significance of bridge monitoring for floods, discuss the challenges involved, delve into innovative technologies for monitoring, highlight the benefits of technology adoption, showcase successful case studies, and outline best practices for effective bridge monitoring.
Automated Tunnel Monitoring System (ATMS)
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Bridge inspection with non-destructive testing and robotic engineering
Bridge inspection with non-destructive testing and robotic engineeringInfrastructure Preservation Corporation
Bridge inspection with the latest in robotic engineering and nondestructive testing methods. For cable stay and suspension bridges. Engineering that enhances infrastructure inspections. https://www.infrastructurepc.com
IPC Bridge Inspection and Infrastructure Inspection Services
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I80 Smart Corridor Project
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Full brochure 2010 cbc
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Strainlabs - Wireless sensor technology for a predictable future
StrainLabs has developed a sensor technology that uses lasers to remotely monitor the preload of bolted joints and report on their status. The sensors embedded in bolt cavities transmit data wirelessly to alert users when a bolt is loosening, allowing maintenance to be performed only when needed. This technology could help industries like railways, airports, wind turbines, and oil platforms safely and cost-effectively inspect hundreds of thousands of bolts in difficult-to-access locations, reducing downtime and costs associated with manual inspections.
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Presentation phase1
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Bridge monitoring and alert generation system using iot
1) The document presents a system for monitoring bridges using sensors to detect vehicle load, water level, and pressure.
2) If the readings cross a threshold, the system generates alerts through a buzzer and automatic barrier. It also sends data to an administrator.
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Intelligent Flood-Resilient Bridge Weight Monitoring and Automatic Elevation ...
Intelligent Flood-Resilient Bridge Weight Monitoring and Automatic Elevation ...
Real-Time Monitoring of Bridge and Water Craft System Using IoT
Real-Time Monitoring of Bridge and Water Craft System Using IoT
Bridge Monitoring for Floods Importance and Solutions
Bridge Monitoring for Floods Importance and Solutions
Bridge Monitoring for Floods: Importance and Solutions
Bridge Monitoring for Floods: Importance and Solutions
IRJET- Automatic Footbridge Platform System on Railway Platform
IRJET- Automatic Footbridge Platform System on Railway Platform
Bridge inspection with non-destructive testing and robotic engineering
Bridge inspection with non-destructive testing and robotic engineering
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IPC Bridge Inspection and Infrastructure Inspection Services
Strainlabs - Wireless sensor technology for a predictable future
Strainlabs - Wireless sensor technology for a predictable future
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IRJET- Efficient and Effective Vibration Monitoring System for Bridge Str...
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IRJET - Sensor Technology based Fault Detection and Automated Gate System for...
Bridge monitoring and alert generation system using iot
Bridge monitoring and alert generation system using iot
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#Prerequisites:
- Basic understanding of AWS services and architecture
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ppt on bridge system.pptx
- 2. INTRODUCTION • The Smart Bridge Project is a pioneering initiative that integrates advanced technologies into traditional bridge infrastructure.
- 3. AGENDA INTRODUCTION EQUIPMENT USED WORKING PRINCIPLE PROJECT VIDEO THE PROBLEM:FLOODING CAUSING BRIDGE CLOSURES THE SOLUTION:AUTOMATIC HEIGHT INCREASE IMPLEMENTATION AND FUTURE POSSIBILITIES CONCLUSION
- 4. Equipment Used: Arduino uno Servo motor Soil Moisture sensor Sunboard sheet Jumper wires Breadboard
- 7. The Problem: Flooding Causing Bridge Closures Bridge closures due to flooding are costly and frustrating for commuters, emergency services, and businesses alike. Smart Bridge offers a reliable and quick solution to avoid these issues. Inconvenience Bridge closures can cause significant disruption to daily life, leading to longer commutes and unexpected delays. Safety Flooding can pose a significant safety risk to drivers, pedestrians, and emergency responders who need a quick and reliable way to cross the river. Cost Prolonged bridge closures cost local economies millions of dollars in lost revenue and damage to infrastructure.
- 8. The Solution: Automatic Height Increase Prevent costly closures and ensure safety with the Smart Bridge's automatic height increase technology. Have confidence that you can access the bridge without disruption. 1 Detection Sensors detect rising water levels. 2 Action The bridge height automatically rises to maintain traffic flow. 3 Monitoring Continuous monitoring of the water levels allows updates to occur in real time.
- 9. Implementation and Future Possibilities Smart Bridge technology is easy to implement and can be retrofitted onto existing bridge structures with just minimal disruption to traffic. 1 Deployment and Testing Deployment of sensors and systems, as well as monitoring for performance optimization. 2 Upgrade and Maintenance Regular upgrades and maintenance to remain on the forefront of technology and ensure optimal performance. 3 Future Innovation Smart Bridge is poised for future innovations like automated drone inspections and drone deliveries, smart vehicle priority signaling, and real-time traffic analysis.
- 10. Conclusion Smart Bridge technology is transforming how bridges can adapt to natural and human-made disasters. With future upgrades, it will continue to be the solution for safety, reliability, and efficiency on bridges around the world. Questions are welcome!