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From Serebra Learning Corporation
Emergency Disaster Preparedness
This one-hour training course was designed and developed to provide instruction on emergency response, safety, reporting, and evacuation of company facilities and work areas in the event of a natural disaster, fire, bomb threat, or other emergency. The procedures contained in this training should be followed unless otherwise directed by your employer, police or fire department officials. The
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This one-hour training course was designed and developed to provide instruction on emergency response, safety, reporting, and evacuation of company facilities and work areas in the event of a natural disaster, fire, bomb threat, or other emergency. The procedures contained in this training should be followed unless otherwise directed by your employer, police or fire department officials. The
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From PDHengineer. com-Decatur Professional Development, LLC
Residential Guide to Earthquake Design and Construction - Part 2
...ed in order for a structure to fair well during and after an earthquake. This course will cover the general earthquake-resistance requirements in the International Residential Code, IRC, along with typical construction methods for walls, roof-ceiling systems, chimneys, fireplaces, balconies and decks. In this course, the student will review Chapters 5-7 from ? Homebuilders Guide to
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...ed in order for a structure to fair well during and after an earthquake. This course will cover the general earthquake-resistance requirements in the International Residential Code, IRC, along with typical construction methods for walls, roof-ceiling systems, chimneys, fireplaces, balconies and decks. In this course, the student will review Chapters 5-7 from ? Homebuilders Guide to
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Residential Guide to Earthquake Design and Construction - Part 1
...ed in order for a structure to fair well during and after an earthquake. This course will cover the general earthquake-resistance requirements in the International Residential Code, IRC, and requirements for foundation and floor construction. In this course, the student will review Chapters 1-4 from ? Homebuilders Guide to Earthquake Resistant Design and Construction? , FEMA 232 ? June 2006
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...ed in order for a structure to fair well during and after an earthquake. This course will cover the general earthquake-resistance requirements in the International Residential Code, IRC, and requirements for foundation and floor construction. In this course, the student will review Chapters 1-4 from ? Homebuilders Guide to Earthquake Resistant Design and Construction? , FEMA 232 ? June 2006
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Lateral Earth Pressure for Non-Geotechnical Engineers
Overview This course is intended for a wide range audience and in particular, the non-geotechnical engineer and is not intended as an exhaustive review of the subject. The objective of the course is to discuss the three types of lateral earth pressure (at rest, active and passive) that apply to a wall or bulkhead and describe how each is calculated. The course also describes other types of
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Overview This course is intended for a wide range audience and in particular, the non-geotechnical engineer and is not intended as an exhaustive review of the subject. The objective of the course is to discuss the three types of lateral earth pressure (at rest, active and passive) that apply to a wall or bulkhead and describe how each is calculated. The course also describes other types of
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Earthquake Design of Equipment and Supports Response Spectrum Method
This course presents the response spectrum method of earthquake response analysis/design of mechanical and electrical equipment and supports. Equipment and supports are modeled as a single-degree-of-freedom (SDOF) system. No prior knowledge of structural vibration analysis or earthquake analysis is required to understand this course. The student must take a multiple-choice quiz consisting of ten
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This course presents the response spectrum method of earthquake response analysis/design of mechanical and electrical equipment and supports. Equipment and supports are modeled as a single-degree-of-freedom (SDOF) system. No prior knowledge of structural vibration analysis or earthquake analysis is required to understand this course. The student must take a multiple-choice quiz consisting of ten
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Retaining Walls for Non-Geotechnical Engineers
Overview This course is intended for a wide range audience and in particular, the non-geotechnical engineer and is not intended as an exhaustive review of the subject. The objective of the course is to discuss the method of calculating the active earth pressure using the Rankine and Coulomb methods. The course also outlines the method used to calculate the factors of safety for sliding,
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Overview This course is intended for a wide range audience and in particular, the non-geotechnical engineer and is not intended as an exhaustive review of the subject. The objective of the course is to discuss the method of calculating the active earth pressure using the Rankine and Coulomb methods. The course also outlines the method used to calculate the factors of safety for sliding,
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Earthquakes and Tsunamis Fundamental Concepts
...e and as an index of the energy released at the source of an earthquake. The association between faults and earthquakes is explained and the geometrical relationship between the fault plane, the hypocenter (or focus) and the epicenter of an earthquake is illustrated. The major earthquakes that have affected North America, namely the 1811 New Madrid, Missouri, the 1886 Charleston, South
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...e and as an index of the energy released at the source of an earthquake. The association between faults and earthquakes is explained and the geometrical relationship between the fault plane, the hypocenter (or focus) and the epicenter of an earthquake is illustrated. The major earthquakes that have affected North America, namely the 1811 New Madrid, Missouri, the 1886 Charleston, South
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Analysis and Design of Dams for Earthquakes
Overview The FEMA guidelines presented in this course provide a basic framework for the earthquake design and evaluation of dams. The general philosophy and principles for each part of the framework are described in sufficient detail to achieve a reasonable degree of uniformity in application among the Federal agencies involved in the planning, design, construction, operation, maintenance, and
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Overview The FEMA guidelines presented in this course provide a basic framework for the earthquake design and evaluation of dams. The general philosophy and principles for each part of the framework are described in sufficient detail to achieve a reasonable degree of uniformity in application among the Federal agencies involved in the planning, design, construction, operation, maintenance, and
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Determination of Site-Specific Loads for Residential Buildings in Coastal Areas
Overview This course will review the procedures and formulas required to determine the appropriate forces which residential buildings could become subjected to during hurricanes, earthquakes, tsunamis and other severe natural hazard events. The design procedures required to determine the site specific design loads (forces) which will be applied to the structure, is the basis of this course.
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Overview This course will review the procedures and formulas required to determine the appropriate forces which residential buildings could become subjected to during hurricanes, earthquakes, tsunamis and other severe natural hazard events. The design procedures required to determine the site specific design loads (forces) which will be applied to the structure, is the basis of this course.
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Vulnerability Assessment of Coastal Sites
Overview In coastal areas, proper siting and design require an accurate assessment of the vulnerability of any proposed structure or building site, including the nature and extent of coastal hazards. Failure to properly identify and design against coastal hazards can lead to severe consequences, causing building damage or destruction. This course discusses the following topics: Hazard
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Overview In coastal areas, proper siting and design require an accurate assessment of the vulnerability of any proposed structure or building site, including the nature and extent of coastal hazards. Failure to properly identify and design against coastal hazards can lead to severe consequences, causing building damage or destruction. This course discusses the following topics: Hazard
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Seismic Restraints for Electrical Equipment
Overview Earthquakes are more likely to occur in some parts of the world than others. When buildings are constructed in areas where seismic activity is likely to occur the building codes and standards require seismic bracing of electrical equipment. The selection and specification of products for installation of electrical equipment in seismic zones requires some basic understanding of how the
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Overview Earthquakes are more likely to occur in some parts of the world than others. When buildings are constructed in areas where seismic activity is likely to occur the building codes and standards require seismic bracing of electrical equipment. The selection and specification of products for installation of electrical equipment in seismic zones requires some basic understanding of how the
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Seismic Restraints for Mechanical Equipment
Overview Earthquakes are more likely to occur in some parts of the world than others. When buildings are constructed in areas where seismic activity is likely to occur the building codes and standards require seismic bracing of mechanical equipment. The selection and specification of products for installation of mechanical equipment in seismic zones requires some basic understanding of how the
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Overview Earthquakes are more likely to occur in some parts of the world than others. When buildings are constructed in areas where seismic activity is likely to occur the building codes and standards require seismic bracing of mechanical equipment. The selection and specification of products for installation of mechanical equipment in seismic zones requires some basic understanding of how the
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Seismic Restraints for Duct and Pipe
Overview Earthquakes are more likely to occur in some parts of the world than others. When buildings are constructed in areas where seismic activity is likely to occur the building codes and standards require seismic bracing of ducts and pipes. The selection and specification of products for installation of ducts and pipes in seismic zones requires some basic understanding of how the
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Overview Earthquakes are more likely to occur in some parts of the world than others. When buildings are constructed in areas where seismic activity is likely to occur the building codes and standards require seismic bracing of ducts and pipes. The selection and specification of products for installation of ducts and pipes in seismic zones requires some basic understanding of how the
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