ASME All-Hazards Risk and Resilience: Prioritizing Critical Infrastructures Using the RAMCAP Plus Approach ITI-RAMC - 2009

Description
Click here to purchase this eBook on the ASME Digital Library. By the ASME Innovative Technologies Institute, LLC Click here to read sample pages from this book (Acrobat Reader required). RAMCAP(SM) stands for Risk Analysis and Management for Critical Asset Protection. This publication provides an understanding of the RAMCAP Plus(SM) process as applied to a broad array of critical infrastructures, ranging from industrial facilities (e.g., water systems) to college campuses. The approach includes protection (avoiding hazardous events or their consequences), and resilience (rapid return to full function after those events that occur). By using common definitions, threats, metrics and methods to directly compare risk, resilience, and risk management benefits, decision-makers can better allocate limited resources – whether to individual assets and facilities or whole industries and sectors of the economy. The RAMCAP Plus process is being developed as an American National Standard.

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All-Hazards Risk and Resilience: Prioritizing Critical Infrastructures Using the RAMCAP Plus Approach - ITI-RAMC - 2009 - ASME
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All-Hazards Risk and Resilience: Prioritizing Critical Infrastructures Using the RAMCAP Plus Approach
ITI-RAMC - 2009
All-Hazards Risk and Resilience: Prioritizing Critical Infrastructures Using the RAMCAP Plus Approach ITI-RAMC - 2009
Click here to purchase this eBook on the ASME Digital Library. By the ASME Innovative Technologies Institute, LLC Click here to read sample pages from this book (Acrobat Reader required). RAMCAP(SM) stands for Risk Analysis and Management for Critical Asset Protection. This publication provides an understanding of the RAMCAP Plus(SM) process as applied to a broad array of critical infrastructures, ranging from industrial facilities (e.g., water systems) to college campuses. The approach includes protection (avoiding hazardous events or their consequences), and resilience (rapid return to full function after those events that occur). By using common definitions, threats, metrics and methods to directly compare risk, resilience, and risk management benefits, decision-makers can better allocate limited resources – whether to individual assets and facilities or whole industries and sectors of the economy. The RAMCAP Plus process is being developed as an American National Standard.

Click here to purchase this eBook on the ASME Digital Library.
By the ASME Innovative Technologies Institute, LLC
Click here to read sample pages from this book (Acrobat Reader required).

RAMCAP(SM) stands for Risk Analysis and Management for Critical Asset Protection. This publication provides an understanding of the RAMCAP Plus(SM) process as applied to a broad array of critical infrastructures, ranging from industrial facilities (e.g., water systems) to college campuses. The approach includes protection (avoiding hazardous events or their consequences), and resilience (rapid return to full function after those events that occur).
By using common definitions, threats, metrics and methods to directly compare risk, resilience, and risk management benefits, decision-makers can better allocate limited resources – whether to individual assets and facilities or whole industries and sectors of the economy. The RAMCAP Plus process is being developed as an American National Standard.

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  ASME
Product Category Technical Books
Product Number ITI-RAMC - 2009
Product Name All-Hazards Risk and Resilience: Prioritizing Critical Infrastructures Using the RAMCAP Plus Approach
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