FloodBreak discusses the advantages of passive flood control measures - those which require no people or power to protect you during flood emergencies.
This document provides an overview of various natural phenomena including wind, tides, currents, and littoral drift. It describes the characteristics of wind including direction, frequency, and intensity which are represented graphically in a wind rose. Tides are defined as the periodic rise and fall of ocean waters caused by gravitational forces of the sun and moon. Types of tides include spring, neap, semi-diurnal, and diurnal tides. Currents are horizontal water movements caused by factors such as tides, wind, temperature/salinity differences, and wave breaking. Currents can cause scouring, erosion, deposition, and impact marine structures. Littoral drift is the alongshore sediment movement in the
The document discusses three stages of disaster management: pre-disaster, emergency, and post-disaster. The pre-disaster stage involves preparedness and mitigation. The emergency stage is when damage occurs and efforts are made to provide assistance and minimize problems. The post-disaster stage focuses on restoring normalcy through rebuilding shelters and infrastructure, education, and counseling.
1. The document outlines labor productivity rates for various construction activities including excavation, concrete works, masonry, plastering, tiling, painting and other finishes, wood works, metal works, and aluminum works.
2. Labor requirements are provided for each activity in terms of the number of laborers from different trades needed to complete the work in an 8 hour period.
3. Productivity rates are given for each activity, specifying the quantity of the work that can be completed in an 8 hour period by the listed crew.
This document discusses various types of man-made disasters including nuclear accidents, chemical disasters, biological disasters, global warming, terrorist attacks, and pollution. It provides examples of specific nuclear accidents at Three Mile Island and Chernobyl. It also discusses the 1984 Bhopal gas tragedy in India and the devastating impacts of the atomic bombs dropped on Hiroshima and Nagasaki in 1945. Throughout, it emphasizes that man-made disasters can have widespread and long-lasting effects on humanity through environmental degradation, weapons of mass destruction, and industrial accidents.
This document summarizes the components and operation of a sprinkler system on a ship. It describes how sprinkler heads are activated by heat and spray water over a large area. The system includes a pressurized water tank, pumps, valves, and an alarm system. When a sprinkler activates, an alarm sounds and the location is indicated. The installation has multiple sections that can be isolated. Fresh water is used initially to reduce corrosion, and cleaning is important to ensure proper operation.
This document provides an outline for a course on pavements and foundations. It discusses various topics related to pavement design including types of pavements, design methods, construction, evaluation and rehabilitation. It also lists several reference books on highway and pavement engineering. Different types of pavement structures and materials are described. Methods for designing flexible and rigid pavements considering factors like load distribution and subgrade strength are explained. Design of airport pavements is also addressed.
The document discusses fire hydrant systems used for fire protection. It describes the components of a fire hydrant system including hydrants, monitors, hoses, and pipes. It also outlines international and national standards for fire hydrant system design including spacing of hydrants, sizing of pumps and reservoirs, and classification of fire risks. The goal of a fire hydrant system is to provide a reliable water supply for extinguishing fires.
This document provides an overview of various natural phenomena including wind, tides, currents, and littoral drift. It describes the characteristics of wind including direction, frequency, and intensity which are represented graphically in a wind rose. Tides are defined as the periodic rise and fall of ocean waters caused by gravitational forces of the sun and moon. Types of tides include spring, neap, semi-diurnal, and diurnal tides. Currents are horizontal water movements caused by factors such as tides, wind, temperature/salinity differences, and wave breaking. Currents can cause scouring, erosion, deposition, and impact marine structures. Littoral drift is the alongshore sediment movement in the
The document discusses three stages of disaster management: pre-disaster, emergency, and post-disaster. The pre-disaster stage involves preparedness and mitigation. The emergency stage is when damage occurs and efforts are made to provide assistance and minimize problems. The post-disaster stage focuses on restoring normalcy through rebuilding shelters and infrastructure, education, and counseling.
1. The document outlines labor productivity rates for various construction activities including excavation, concrete works, masonry, plastering, tiling, painting and other finishes, wood works, metal works, and aluminum works.
2. Labor requirements are provided for each activity in terms of the number of laborers from different trades needed to complete the work in an 8 hour period.
3. Productivity rates are given for each activity, specifying the quantity of the work that can be completed in an 8 hour period by the listed crew.
This document discusses various types of man-made disasters including nuclear accidents, chemical disasters, biological disasters, global warming, terrorist attacks, and pollution. It provides examples of specific nuclear accidents at Three Mile Island and Chernobyl. It also discusses the 1984 Bhopal gas tragedy in India and the devastating impacts of the atomic bombs dropped on Hiroshima and Nagasaki in 1945. Throughout, it emphasizes that man-made disasters can have widespread and long-lasting effects on humanity through environmental degradation, weapons of mass destruction, and industrial accidents.
This document summarizes the components and operation of a sprinkler system on a ship. It describes how sprinkler heads are activated by heat and spray water over a large area. The system includes a pressurized water tank, pumps, valves, and an alarm system. When a sprinkler activates, an alarm sounds and the location is indicated. The installation has multiple sections that can be isolated. Fresh water is used initially to reduce corrosion, and cleaning is important to ensure proper operation.
This document provides an outline for a course on pavements and foundations. It discusses various topics related to pavement design including types of pavements, design methods, construction, evaluation and rehabilitation. It also lists several reference books on highway and pavement engineering. Different types of pavement structures and materials are described. Methods for designing flexible and rigid pavements considering factors like load distribution and subgrade strength are explained. Design of airport pavements is also addressed.
The document discusses fire hydrant systems used for fire protection. It describes the components of a fire hydrant system including hydrants, monitors, hoses, and pipes. It also outlines international and national standards for fire hydrant system design including spacing of hydrants, sizing of pumps and reservoirs, and classification of fire risks. The goal of a fire hydrant system is to provide a reliable water supply for extinguishing fires.
Project Execution Plan for Bridge ConstructionDavid H Moloney
The purpose of this presentation is to give an understanding of the Methods, Plant and Sequence to construct an insitu concrete bridge.
This presentation can be used to engage Stakeholders and to get the Site Teams commitment to the programme. Also can be used for Induction Training and as a way to capture and share knowledge.
Project Execution Plan (PEP) details how a project will be executed, monitored and controlled. High in Educational Value and easily understood. Recommended for Continuing Professional Development (CPD)
This Presentation is innovative and has many beneficial uses.
Disaster management involves preparing for, responding to, and recovering from disasters. The main goal is to minimize losses during a disaster through organized and efficient response. This involves understanding potential hazards, establishing early warning systems, coordinating response teams and resources, and securing critical utilities. Conducting mock drills helps improve preparedness by clarifying roles and testing response procedures.
The document discusses different methods of fire extinguishing and types of fire detection systems. It describes five main methods of fire extinguishing - cooling, smothering, starvation, inhibiting, and four main types of automatic fire detection systems - smoke detectors, flame detectors, heat detectors, and fire control panel boards. It also discusses manual fire alarms that require human activation through pull stations or call points.
A disaster is defined as a natural or man-made hazardous event that causes substantial damage or destruction. Disasters are categorized as either natural or manmade. Natural disasters include floods, cyclones, droughts, and earthquakes, while major manmade disasters include fires, epidemics, pollution, and wars. Disaster management involves efforts to mitigate effects, prepare for, respond to, and recover from disasters through emergency management.
Demolition of building and its precautionary measures as per IS codejaimin1702
The document discusses safety measures for demolition of buildings. It outlines necessary safety precautions to take when demolishing structures, including wearing protective equipment like goggles and gloves, installing screens and catch platforms, controlling dust and noise, and ensuring proper exits and supports. Temporary supports may be needed to handle loads from machinery, debris, and impacts during demolition. The document also notes environmental concerns like waste recycling and disposal, and controlling dust, noise, and water pollution.
This document discusses measuring labour productivity for construction projects. It defines labour productivity as output per input and provides examples of productivity metrics like kilograms of rebar fixed per manday. It explains why measuring productivity is important for project management and identifies common causes of low productivity, both external like weather and internal like poor planning. The document outlines a methodology for collecting daily productivity data from site engineers and generating reports. It includes sample productivity rates for different construction activities and shows data on actual vs planned productivity for a project to date.
Construction site safety is important to prevent common accidents like falls, collisions, and injuries. Common risks include falling objects, excavation collapses, electrocutions, and falls from ladders or roofs. Proper protective equipment like hard hats, high-visibility vests, safety boots, and harnesses can help prevent injuries when working at heights or with heavy machinery. All workers must follow safety protocols to ensure their own protection and that of others on the jobsite.
The document provides an overview of the emergency preparedness plan for the Joliet DC facility. It outlines employee responsibilities and procedures for various emergency events like medical emergencies, fires, severe weather, power outages, bomb threats, and more. It includes designation of emergency roles, communication methods, evacuation routes, and internal and external assembly areas.
This document discusses disaster management and related topics. It covers the types of disasters, including man-made and natural disasters. It then explains the three phases of disaster management: mitigation, response, and recovery. Next, it discusses some international organizations involved in disaster relief, such as the Red Cross and United Nations. Finally, it provides examples of natural disasters common in India like earthquakes, tsunamis, floods, droughts, and cyclones, and strategies to reduce their impacts.
This document provides information on basic firefighting training. It discusses the different types of fires (Class A, B, C, D), methods of fire removal (cooling, smothering, starvation), and types of fire extinguishers (water, powder, foam, CO2). It describes how to properly use fire extinguishers and the various safety equipment used in firefighting like protective clothing, smoke detectors, fire alarms, sprinkler systems, and fire hydrants. The document emphasizes the importance of knowing fire safety procedures like evacuation routes, emergency contacts, and following the PASS method (Pull, Aim, Squeeze, Sweep) when using an extinguisher.
Structural and Non strutural mitigationPRAVIN PARGHI
This document discusses structural and non-structural safety issues in schools. It defines key terminology related to mitigation, which refers to lessening the impacts of hazards. Structural mitigation involves physical construction methods, while non-structural mitigation uses policies, awareness, and training. The document outlines components of structural mitigation like building codes and modification, as well as non-structural elements like furniture, equipment, and outdoor hazards. It provides examples of mitigation measures like securing items and relocating hazards. Overall, the document provides information on identifying risks and implementing low-cost mitigation activities to reduce damage and injuries in schools from disasters.
This document discusses different types of natural and man-made disasters. It defines a disaster as a sudden misfortune that damages infrastructure and impairs functions. Disasters can be caused by natural hazards like earthquakes, floods and hurricanes, or by human-related incidents like fires, explosions and transportation accidents. The document then outlines various types of natural disasters including earthquakes, cyclones, floods, volcanic eruptions, wildfires, landslides, droughts and famines. It also discusses man-made disasters such as chemical spills, industrial accidents, terrorism, wars, epidemics and radiation exposure.
This document discusses disaster mitigation and management. It begins by outlining the objectives of disaster mitigation and management. It then defines disaster management as a process aimed at reducing losses from hazards and assisting victims. The four phases of disaster management are described as mitigation, preparedness, response, and recovery. Structural and non-structural mitigation strategies are discussed in detail, including selecting safe building sites, orientation of buildings, fire escapes, and stability of structures. The importance of mitigation in reducing risks and impacts of disasters is emphasized.
The document provides information on fire protection systems. It discusses the causes and types of fires, as well as the fire triangle concept involving oxygen, heat, fuel and chemical reaction. It also covers fire hazards, protection, prevention methods like inspections and detection systems. Fire fighting equipment like standpipes, sprinklers, alarms and different types of fire extinguishers are explained.
In this assignment we will contract a new two storied residential building to construed. The building is included a hall, store room, and office room and kitchen at ground floor and at first floor level three bed room with bath rooms.
We know every structure is designed for a life period.
The existence of the structure after the service life period is very dangerous to its occupants and surrounding buildings .
The building act usually contains provisions that enable local authorities to control demolition works for the protection of public safety and to ensure adjoining premises and the site are made good on completion of the demolition.
This document provides guidance on emergency evacuation planning for workplaces. It discusses the importance of evacuation planning due to the large number of occupants in modern industrial and office complexes. The key elements outlined include initial planning, jurisdiction, requirements for high-rise buildings, staff roles, means of egress, drills, and areas of refuge designation. Regular fire drills are emphasized to familiarize occupants with evacuation procedures and ensure safe evacuation.
How to apply stormwater treatment to increase environmental benefits and achi...Hydro International
Engineers have a difficult job when it comes to delivering projects to manage stormwater.
This presentation introduces guidance and tips on how to design, implement, and operate a stormwater management project to improve pollution capture, reduce environmental damage and ensure regulatory compliance.
Project Execution Plan for Bridge ConstructionDavid H Moloney
The purpose of this presentation is to give an understanding of the Methods, Plant and Sequence to construct an insitu concrete bridge.
This presentation can be used to engage Stakeholders and to get the Site Teams commitment to the programme. Also can be used for Induction Training and as a way to capture and share knowledge.
Project Execution Plan (PEP) details how a project will be executed, monitored and controlled. High in Educational Value and easily understood. Recommended for Continuing Professional Development (CPD)
This Presentation is innovative and has many beneficial uses.
Disaster management involves preparing for, responding to, and recovering from disasters. The main goal is to minimize losses during a disaster through organized and efficient response. This involves understanding potential hazards, establishing early warning systems, coordinating response teams and resources, and securing critical utilities. Conducting mock drills helps improve preparedness by clarifying roles and testing response procedures.
The document discusses different methods of fire extinguishing and types of fire detection systems. It describes five main methods of fire extinguishing - cooling, smothering, starvation, inhibiting, and four main types of automatic fire detection systems - smoke detectors, flame detectors, heat detectors, and fire control panel boards. It also discusses manual fire alarms that require human activation through pull stations or call points.
A disaster is defined as a natural or man-made hazardous event that causes substantial damage or destruction. Disasters are categorized as either natural or manmade. Natural disasters include floods, cyclones, droughts, and earthquakes, while major manmade disasters include fires, epidemics, pollution, and wars. Disaster management involves efforts to mitigate effects, prepare for, respond to, and recover from disasters through emergency management.
Demolition of building and its precautionary measures as per IS codejaimin1702
The document discusses safety measures for demolition of buildings. It outlines necessary safety precautions to take when demolishing structures, including wearing protective equipment like goggles and gloves, installing screens and catch platforms, controlling dust and noise, and ensuring proper exits and supports. Temporary supports may be needed to handle loads from machinery, debris, and impacts during demolition. The document also notes environmental concerns like waste recycling and disposal, and controlling dust, noise, and water pollution.
This document discusses measuring labour productivity for construction projects. It defines labour productivity as output per input and provides examples of productivity metrics like kilograms of rebar fixed per manday. It explains why measuring productivity is important for project management and identifies common causes of low productivity, both external like weather and internal like poor planning. The document outlines a methodology for collecting daily productivity data from site engineers and generating reports. It includes sample productivity rates for different construction activities and shows data on actual vs planned productivity for a project to date.
Construction site safety is important to prevent common accidents like falls, collisions, and injuries. Common risks include falling objects, excavation collapses, electrocutions, and falls from ladders or roofs. Proper protective equipment like hard hats, high-visibility vests, safety boots, and harnesses can help prevent injuries when working at heights or with heavy machinery. All workers must follow safety protocols to ensure their own protection and that of others on the jobsite.
The document provides an overview of the emergency preparedness plan for the Joliet DC facility. It outlines employee responsibilities and procedures for various emergency events like medical emergencies, fires, severe weather, power outages, bomb threats, and more. It includes designation of emergency roles, communication methods, evacuation routes, and internal and external assembly areas.
This document discusses disaster management and related topics. It covers the types of disasters, including man-made and natural disasters. It then explains the three phases of disaster management: mitigation, response, and recovery. Next, it discusses some international organizations involved in disaster relief, such as the Red Cross and United Nations. Finally, it provides examples of natural disasters common in India like earthquakes, tsunamis, floods, droughts, and cyclones, and strategies to reduce their impacts.
This document provides information on basic firefighting training. It discusses the different types of fires (Class A, B, C, D), methods of fire removal (cooling, smothering, starvation), and types of fire extinguishers (water, powder, foam, CO2). It describes how to properly use fire extinguishers and the various safety equipment used in firefighting like protective clothing, smoke detectors, fire alarms, sprinkler systems, and fire hydrants. The document emphasizes the importance of knowing fire safety procedures like evacuation routes, emergency contacts, and following the PASS method (Pull, Aim, Squeeze, Sweep) when using an extinguisher.
Structural and Non strutural mitigationPRAVIN PARGHI
This document discusses structural and non-structural safety issues in schools. It defines key terminology related to mitigation, which refers to lessening the impacts of hazards. Structural mitigation involves physical construction methods, while non-structural mitigation uses policies, awareness, and training. The document outlines components of structural mitigation like building codes and modification, as well as non-structural elements like furniture, equipment, and outdoor hazards. It provides examples of mitigation measures like securing items and relocating hazards. Overall, the document provides information on identifying risks and implementing low-cost mitigation activities to reduce damage and injuries in schools from disasters.
This document discusses different types of natural and man-made disasters. It defines a disaster as a sudden misfortune that damages infrastructure and impairs functions. Disasters can be caused by natural hazards like earthquakes, floods and hurricanes, or by human-related incidents like fires, explosions and transportation accidents. The document then outlines various types of natural disasters including earthquakes, cyclones, floods, volcanic eruptions, wildfires, landslides, droughts and famines. It also discusses man-made disasters such as chemical spills, industrial accidents, terrorism, wars, epidemics and radiation exposure.
This document discusses disaster mitigation and management. It begins by outlining the objectives of disaster mitigation and management. It then defines disaster management as a process aimed at reducing losses from hazards and assisting victims. The four phases of disaster management are described as mitigation, preparedness, response, and recovery. Structural and non-structural mitigation strategies are discussed in detail, including selecting safe building sites, orientation of buildings, fire escapes, and stability of structures. The importance of mitigation in reducing risks and impacts of disasters is emphasized.
The document provides information on fire protection systems. It discusses the causes and types of fires, as well as the fire triangle concept involving oxygen, heat, fuel and chemical reaction. It also covers fire hazards, protection, prevention methods like inspections and detection systems. Fire fighting equipment like standpipes, sprinklers, alarms and different types of fire extinguishers are explained.
In this assignment we will contract a new two storied residential building to construed. The building is included a hall, store room, and office room and kitchen at ground floor and at first floor level three bed room with bath rooms.
We know every structure is designed for a life period.
The existence of the structure after the service life period is very dangerous to its occupants and surrounding buildings .
The building act usually contains provisions that enable local authorities to control demolition works for the protection of public safety and to ensure adjoining premises and the site are made good on completion of the demolition.
This document provides guidance on emergency evacuation planning for workplaces. It discusses the importance of evacuation planning due to the large number of occupants in modern industrial and office complexes. The key elements outlined include initial planning, jurisdiction, requirements for high-rise buildings, staff roles, means of egress, drills, and areas of refuge designation. Regular fire drills are emphasized to familiarize occupants with evacuation procedures and ensure safe evacuation.
How to apply stormwater treatment to increase environmental benefits and achi...Hydro International
Engineers have a difficult job when it comes to delivering projects to manage stormwater.
This presentation introduces guidance and tips on how to design, implement, and operate a stormwater management project to improve pollution capture, reduce environmental damage and ensure regulatory compliance.
The document describes a rapid deployment inflatable flood control system called the Tiger Dam System developed by U.S. Flood Control Corp. It was designed as a more efficient alternative to sandbags. The system uses interlocking modular tubes that can be filled with water in under 90 seconds to create temporary flood barriers. It has advantages over sandbags such as being more cost effective due to lower labor costs, reusable, and leaves no environmental footprint. The document provides details on the system's design, engineering specifications, applications, and cost comparison with traditional flood control methods.
Frontier Flood Barriers India is the nation's top supplier of flood protection solutions and goods. Through collaborations with some of the most reputable and well-respected flood protection businesses worldwide, we have carefully selected our array of flood protection barriers. Given the severity of climatic changes occurring globally, flood protection barriers are quickly gaining popularity. It has become crucial for governments, business owners, and homeowners to address the issue of protecting public and private assets, such as airports, metro stations, buildings, and even residences, from flood waters.
The Aquastop Classic Flood Barrier is tailor made to the frame of the door, front door, garage, warehouse entrance, shop entrance or any other access point at risk. aquastop carry out an inspection, identifying the access points to be protected in order to ensure the building is secured, and take the necessary measurements. Once this is done, the barrier or barriers necessary to safeguard the property are designed. Each barrier is therefore made specifically for a determined opening, to the precise length and height necessary, guaranteeing the utmost resistance to water infiltration.
For more information » on Frontier Flood Barrier, Visit us & give us a call now » at +91-98 9999 8545 or mail us at info@floodbarriers.in »
Sustainable Flood Resistance Approaches to Reduce Flood Risk in the UKFidel Karim
This document provides an executive summary report on sustainable flood resistance approaches to reduce flood risk in the UK. It begins with an introduction describing flooding as a major problem in parts of the UK. It then outlines the aims and objectives of finding the most effective sustainable approach. Next, it provides background research and discusses various approaches including rainwater catchment, building placement, flood resilience, flood resistance, and social media. It argues that flood resistance and resilience are most effective when combined with social media. An analysis determines this combination is the most sustainable. The conclusion is that a combination of flood resistance, resilience and social media provides the population with time to plan and reduces economic disruption from flooding.
The document discusses different methods for designing flood defence systems, including deterministic and probabilistic approaches. Deterministic design methods historically set crest levels based on past water levels and had safety factors based on experience. Probabilistic design methods, developed in the 1970s-1980s, analyze failure mechanisms and their probabilities in a risk analysis framework by quantifying the probability and consequences of flooding. This whole-system approach allows for better understanding of system uncertainties and priorities for improvement. The document also covers emergency flood fighting and flood proofing measures.
A report outlines a hypothetical scenario where a cyberattack on an industrial control system leads to flooding from a dam. The scenario describes how a contractor's credentials are stolen via malware, allowing an attacker to access the dam's control system. The attacker maps the network and identifies devices, then causes flooding by slightly raising water release gates without authorization. The flooding could result in significant property damage and economic losses. The report aims to raise awareness of potential "silent cyber" risks from attacks on critical infrastructure systems.
The document describes a flood protection system called Big Bags USA that is faster and less labor-intensive to deploy than conventional sand bags. It consists of large, durable bags that are assembled into systems and can be quickly filled and stacked to form barriers. The system reduces deployment time and costs compared to sand bags and provides an effective way to protect communities from flood waters.
Illustration Of Advanced Flood Control Management Techniques for Flood Area U...IRJET Journal
This document discusses advanced flood control management techniques. It describes several non-working models created to demonstrate various flood management techniques, including sand master, dam easy, flood break, NOAQ, water block, flow defense flood barrier, rapid dam, and flood block. The models aim to help students understand different flood control technologies and their characteristics. Details are provided on the materials used to create models of each technique. The conclusion states it is important for civil engineers to understand both theoretical and practical knowledge of flood control construction and management.
Tdt Solutions, Inc Ppp 2007 Software Version (Website)jerryleejones
TDT Solutions aims to reduce flood damage through its patented flood wall product "That Dam Thing" and modified levee systems. It has met with several municipalities impacted by floods to demonstrate the product. The business opportunity section outlines TDT's target markets, competitive advantages like maintaining views and recreational areas, and ongoing research into taller walls. Venture capital is sought to fund production and development of a comprehensive flood prevention solution through a hybrid system of portable walls and reinforced levees.
IRJET - A Case Study on Flood Risk ManagementIRJET Journal
This document summarizes a case study on flood risk management. It discusses three levels of flood risk management actions - operational, project planning, and design levels. At the operational level, accurate flood forecasting and 24/7 emergency response are important. The project planning level involves flood control projects like dams, diversion canals, and river defenses. The design level includes structures like check dams, retaining walls, and building regulations to mitigate flood risk. Flood risk management aims to reduce loss of life and property damage from floods.
Stormsaver is a UK-based leader in commercial rainwater harvesting systems. Their systems collect rainwater, store it, and filter it for non-potable uses like flushing toilets and irrigation. This reduces clients' mains water consumption and bills while helping the environment. Stormsaver works with a variety of business types to develop customized, high-quality systems that meet all relevant standards and client needs.
Nilex is a leader in the geosynthetics industry providing Geosynthetic Solutions for Civil and Environmental projects including Economic Alternatives for temporary access Roads & Pad construction, Erosion & Sediment Control, Water Management, and Liners for Contaminated Material Management, providing customers with smart choices and proven to conventional construction practices for less money since 1977.
Visit- https://nilex.com/water-management
I.M. Systems Group provides smart flooding solutions for cities experiencing increased precipitation and flooding due to climate change. Their integrated flood forecast system uses real-time data from multiple sources to provide faster and more accurate flood predictions and warnings. Their integrated flood management system aims to retain floodwaters and avoid flooding critical infrastructure.
The document discusses traditional flood risk management approaches in the UK and how communities are subjected to wider impacts beyond just flood waters. It introduces DHI and their integrated modelling software that can accurately model flooding risk and impacts. Their software allows consideration of a wide range of flooding and environmental impacts through integration of modeling tools. Their fully integrated approach enables understanding beyond just flood modeling capabilities.
Engineering Failure(Case Study of Rana Plaza Collapse-An Example of Engineeri...Ariful Islam
Engineering failure occurs when a designed system fails to function as intended, which can lead to disasters. There are various causes of engineering failure, including human factors like negligence, design flaws like improper material choice, and extreme environmental conditions. The collapse of Rana Plaza in Bangladesh in 2013 was a tragic example of engineering failure that killed over 1,000 people. Investigations found issues like inferior materials, unauthorized additional floors, and heavy machinery not considered in the design led to the structural failure of the building. Regional organizations can help advance disaster risk reduction by coordinating efforts between governments and stakeholders.
Welcome to the presentation on Optimizing Stormwater Management. This session will explore innovative solutions and advanced equipment for effective stormwater treatment. We will discuss the importance of sustainable stormwater management and the latest technologies in the field.
The Future of Wearable Technology in Healthcare: Innovations and Trends to WatchbluetroyvictorVinay
As wearable technology continues to shape multiple facets of our lives, its potential in healthcare is becoming increasingly apparent. With the rapid advancement of technology, the integration of wearables into healthcare systems worldwide is accelerating. In this evolving field, we delve into the latest innovations and trends that are transforming healthcare.
"IOS 18 CONTROL CENTRE REVAMP STREAMLINED IPHONE SHUTDOWN MADE EASIER"Emmanuel Onwumere
In iOS 18, Apple has introduced a significant revamp to the Control Centre, making it more intuitive and user-friendly. One of the standout features is a quicker and more accessible way to shut down your iPhone. This enhancement aims to streamline the user experience, allowing for faster access to essential functions. Discover how iOS 18's redesigned Control Centre can simplify your daily interactions with your iPhone, bringing convenience right at your fingertips.
Company Profile of Tempcon - Chiller Manufacturer In Indiasoumotempcon
This is the company profile of Tempcon - chiller manufacturer in India. Tempcon manufactures water cooled and air cooled chillers and industrial AC. The company has been in the business since 1983.
website: https://www.tempcon.co.in/
We’re Underestimating the Damage Extreme Weather Does to Rooftop Solar PanelsGrid Freedom Inc.
Grid Freedom is the best solar leads company based in New Jersey that provides Exclusive solar appointments of qualified solar appointments for guaranteed solar appointments for the best way to get solar leads throughout the nation. Grid Freedom is a solar lead provider, that connects exclusive pre-set appointments with pre-screened homeowners who are ready for solar company leads. The solar lead generators company was founded to provide solar appointment leads contractors with better solar sales leads-buying high-quality exclusive solar leads experience that gives pre-set solar appointments great ROI.
2. History: Tropical Storm Allison arrived on June 2001 as a very rain swollen storm which stalled over Houston. 14.2” of rain fell in downtown Houston in 12 hours. The Texas Medical Center and downtown areas, with historical flooding a well known fact, are protected with available mitigation measures. Due to the amount of rain, and the fact most of the rain starting to fall on a Friday evening, many of these measures were not deployed, or failed to deploy due to the loss of electricity, causing 1.5 billion dollars in damage in the Medical Center alone. In Harris County the total was much larger… Necessity IS the mother of all invention
3. History: Major hospital system in the TMC floods in the second basement, which houses power distribution and other critical systems… It is protected by “flood logs”, installed after a major flood event in 1976... According to [Officer] Garcia, it took about ½ hour and two men to bolt and secure the logs in place… “The water came so fast it was impossible to secure all of the logs,” Garcia said. “As soon as we secured the first log, the water began to rise above it. We tried a second, then a third. By the time we got to the fourth log, the water was above my thighs. I knew it was time to head for safety.” As Garcia ran for safety, he said he saw water rushing against the giant barriers and spewing through the cracks like a fountain… (FEMA) Necessity IS the mother of all invention
4. Active Mitigation Measures: Requires human intervention [or power] to operate properly and are usually less effective than passive mitigation measures. (FEMA) Passive Mitigation Measures: Mitigation measures that require no human intervention [or power] to be effective and are usually more effective than active mitigation measures. (FEMA) Due to potential access issues for personnel, passive measures are viewed as the more effective technique for flood control. (Texas Medical Center) In addition, sufficient warning time must exist to successfully place [active] floodproofing components, such as removable flood shields or gates, if such components are to be included in the floodproofing design. (FEMA) Active –vs- Passive
5. The amount of time necessary to put human intervention flood proofing components in place will depend upon the number of components, their complexity, and the availability of personnel to place them. (FEMA) Maintenance Cost: The long-term costs of maintaining the effectiveness of a given mitigation measure. Maintenance costs are especially important in determining the true value of a… mitigation project. (FEMA) A Flood Emergency Operation Plan is an integral part of any building’s flood proofing design… (FEMA) Cost – The Whole Picture
6. Must include the following: An established Chain of Command and responsibility… …Personnel required to be at the building should have a planned and safe means of ingress… A list of specific duties assigned… Locations of materials necessary to properly install (and operate) all floodproofign components… An evacuation plan for all personnel… with duties for implementing the plan… A periodic training and exercise program to keep personnel aware of their duties and responsibilities… Training drills held at least once a year and coordinated with community officials… Flood safety precautions should be repeated… (FEMA) Flood Emergency Operation Plan
7. Long-term maintenance of the Plan: Before issuing the building permit, the community should require that the property owner sign an agreement stating that the plan will be adhered to… …will continue regardless of changes in ownership… …accomplished by appropriate deed restrictions… Any lease agreement should also contain clear language stating the leaseholder’s responsibilities… (FEMA) Flood Emergency Operation Plan (cont’d) These are paper requirements that get lost in the file drawer… Time and time again, active measures fail due to failures in training and planning…
8. Passive Automatic Solutions Passive solutions are defined as those which require no human intervention or power systems to operate. Passive measures eliminate the risk of operations and human failure at the core. Training time and funds are saved for other critical areas. Primarily consisting of a visual inspection, maintenance is quick and easy and can be accomplished with simple hand tools. A 100% passive, fully automatic system operates 24 hours per day, every day of the year, minimizing risk, eliminating human and power dependency, and providing the lowest possible long-term cost.
9. Passive Automatic Solutions A small number of vendors have recognized the need for truly passive solutions for flood proofing of buildings, campuses, and neighborhoods. These vendors are rapidly changing the model – you can get the benefits of passive protection without a bigger “bump in the road”. PASSIVE PROTECTION – In analysis and in reality, there is no compare when it comes to 24x7 protection, no matter the conditions.
11. FloodBreak FloodBreak uses the incredible power of hydrostatic pressure to deploy the flood gates in virtually any vulnerable flood path. Since the gates are permanently installed in vulnerable flood paths, and the gates do not deploy without flood waters, you can have 24/7 access to your facility without disruption. Long-term training and maintenance is minimized. FloodBreak’s solutions are designed to be installed… and forgotten…
12. How It Works The design of the floodgate is built around the physics of hydrostatic pressure – in other words, it floats. When water rises and approaches the entrance, the floodgate floats and rotates upwards. The higher the water rises, the higher the gate rises in front of it. The hydrostatic pressure of the backed-up floodwater raises the barrier and activates the self-sealing rubber flange. The water is effectively working against itself. Once a flood has begun, the barrier is held shut by the water, and as the water recedes, the floodgate returns to its lowered position.
13. FloodBreak in Action Apartment Garage Great Neck, NY Medical Center Pasadena, TX
14. The FloodBreak Automatic Floodgate can be retrofitted or planned into any project. The system “disappears” into the building façade, ready to automatically protect 24x7! Virtually Any Vulnerable Flood Path Private Residence Kenilworth, IL
15. FloodBreak is a single source for all your mitigation needs, including complex campuses. Our products can protect any vulnerable path, every location, shape and size. Fully passive, fully automatic, 24x7. Campus-Wide, Many Applications Building Entries Pedestrian Areas Stairwells Underground Rooms Parking Areas Loading Docks
16. The Floodbreak Vehicle Gate is a fully-engineered system which will automatically block entrances from street-level flooding . With only a single moving part, and rated for HSM-20 loads, the system requires minimal maintenance and (like all FloodbreakAutogate products) no people or power to activate. Types of uses: - Driveways - Garage Ramps - Loading Docks - Equipment Bays Vehicle Gate Medical Center Houston, TX
17. Pedestrian Gate The FloodBreak Pedestrian Gate is a fully-engineered system which will automatically block entrances from street-level flooding with zero impact on pedestrian traffic in the down position. Like all FloodBreak products there is no need for people or power to activate the gate. Furthermore, the system can be covered with a variety of materials, including carpet, pavers, or tile, rendering it virtually invisible. Types of uses: - Doorways - Entrance Foyers - Stairwells - Elevator Lobbies Medical Center Houston, TX
18. In addition to meeting HSM-20 specifications for vehicle loads, the FloodBreak Roadway Gate is specially coated for extreme wear conditions and is designed for long service life with heavy safety factors in the most demanding environments. It has become a practical fiscal solution for communities seeking to extend, raise, or re-certify their community’s levee systems. Types of uses: - Levee Crossings - Subdivisions - Bridges - Campuses Roadway Gate Levee Crossing Sugar Land, TX
19. Roadway Gate - Levees With the recent increase in levee recertification projects, FloodBreak has emerged as a cost-effective solution for bridges, roads, and other levee crossings. Compared to the cost of raising several lane-miles of road, and considering the potential issues with viewshed obstructions at critical junctions, FloodBreak provides a long-term, highly effective answer. Border Crossing Ft. Hancock, TX
20. The Floodbreak Vent Shaft System is a unique solution for protecting underground tunnels and rooms with vertical vents. The system is designed to fit underneath street-level vent gratings with no disruption. When the street floods, the system automatically closes and stops the water from pouring through the vent grate and damaging sensitive underground equipment such as transformers, power equipment, or transportation systems. Types of uses: - Subway Systems - Facility Rooms - Transformer Bays Vent Shaft System New York Subway System Manhattan, NY
21. The versatility of the FloodBreak concept has allowed us to create fully passive, 100% automatic solutions for each of our customers’ flood problems. In addition to our standard applications, we have also developed a number of custom solutions for specialty applications and regularly work with customers on unique flood problems. Our portfolio includes solutions for window vent panels, riverine levees, seawalls and bulkheads, and drainage/weir systems. Product Versatility
22. Engineering and Shop Drawings Each and every FloodBreak system comes with a comprehensive engineering report stamped by a certified, independent, third-party engineer who specializes in hydrodynamic forces and offshore structures.
23. We provide the customer and their design team with support throughout the entire project, including assisting the design team in the development of project drawings, pre-installation site inspection and solutions concepting, working with contractors in the installation process, and training operations personnel in maintenance and operation of the system. Installation and Contractor Support
24. Maintenance and Warranty Floodbreak's products are engineered for decades of service life in demanding outdoor environments. We're built to last year-in, year-out, no matter the weather or the conditions. Maintenance is minimal and can be performed with simple tools. Our products are built with corrosion, freezing, heat, salts, chemical exposure, and other extreme conditions in mind. We can also customize our materials to suit your needs. We welcome inquiries about existing installations and customization capabilities. ALL FloodBreak products come with a one-year warranty. We also offer an extended plan which provides maintenance and full warranty on an renewable annual basis.
25. Why does it float? -The gate is actually a buoyant panel constructed of hollow aluminum extrusions. The extrusions are designed to be structural while also providing excellent flotation. Additionally, the extrusions are chambered so that even if an area of the panel is compromised, the overall panel will still float. This is similar to the design of a ship’s hull, where bulkheads protect the ship even if the hull is locally damaged. How are these gates different from other gates that have been around for so long? - FloodBreak® has revolutionized flood mitigation and dry floodproofing. We are setting a new standard in that the gates are “passive”, therefore no one needs to be present to deploy the gates, and that is a huge step in protecting the assets that are so vulnerable. Does the gate need sidewalls? - Yes, the system needs to have sidewalls that are as tall as the gates are when they are in the up (deployed) position. Without the sidewalls, the flood water would simply go around the gate. Does the gate have to be in the 90 degree, fully upright position to stop the flood? - The FloodBreak system will rise with the flood, from initial activation all the way to the full deployment at 90 degrees angle, holding back the maximum amount of floodwater it is designed for. The higher the flood, the higher the gate rises, but you are always protected. This is quite significant because a majority of floods are less than one foot of water height. In the event of a flood, does the gate automatically go back down? - Generally yes, although after a full-height flood the gate may rest in the fully open position. Some customers request that the gate have a lock to keep it in the open position after deployment so that the area can be checked and cleared after the flood recedes. Can debris cause the gate to malfunction? - The design of the FloodBreak unit is such that it is nearly impossible for a gate to be obstructed by debris. The unit is design to catch floodwaters and any debris is washed through to the pan and out the drainage pipes. Frequently Asked Questions
26. FEMA: Non-Residential Floodproofing – Requirements and Certification. April 1993 FEMA BCA Helpline, April 2011 FEMA: Hospital Gears Up to Combat Flood, 2001 Texas Medical Center, Hazard Mitigation Master Planning, March 2002 Reference Documents