Safety Instrumented System Design Techniques And Design Verification 1st Edition Iwan Van Beurden, William Goble - Solutions

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When is the Developmental Configuration initiated?When is it complete?
What is a first article system? Is there only one instance of a first article system?
What is DT&E?
What is the objective of DT&E?
When is DT&E performed during the System Development Phase?
Who is responsible for performing DT&E?
What is OT&E?
When is OT&E performed during the System Development Phase?
What is the objective of OT&E?
Who is responsible for performing OT&E?
What is the System Developer’s role in OT&E?
What is verification, what is its primary objective, and what constitutes Verification success?
When is verification started and when does it end? At what levels of abstraction are V&V performed?
Who is accountable for performing verification?
Name six verification methods, define each method, and scope the activities required to accomplish the verification method.
What is validation, what is its primary objective, and what constitutes Validation success?
When is validation started and when does it end?
Who is accountable for performing validation?
What is the difference between V&V?
What is the 100X Software Rule and what are its implications to System Development?
Why is the 100X Software Rule important concerning latent defects?
What is IV&V and how is it applied?
How do you apply IV&V internally?
What is the Wasson SE Process Model?
What problems with existing Engineering paradigms is it intended to correct?
What are the key elements of the SE Process Model?
What are the sequences, interdependencies, and relationships within SE Process Model?
What are the steps of the underlying SE Process Model methodology?
What is meant by the SE ProcessModel’s highly iterative characteristic?
What is meant by the SE Process Model’s recursive characteristic?
What is a system development process model?
What are the six primary system development process models?
Describe the “V”-Model, its characteristics, and shortcomings.
Describe the Waterfall Development Model, its characteristics, and shortcomings.
Describe the Evolutionary Development Model, its characteristics, and shortcomings.
Describe the Incremental Development Model, its characteristics, and shortcomings.
Describe the Spiral Development Model, its characteristics, and shortcomings.
Describe the Agile Development Model, its characteristics, and shortcomings.
How is the SE Process Model applied to these development process models?
Does the Agile Development Method prescribe a specific Development Model? If so, which one(s)?
What are the four functions of CM?
What is Configuration Identification? Give examples.
What is Configuration Status Accounting (CSA)? Give examples.
What is Configuration Change Management?
If you wanted to know the current status of a drawing, which of the four CM functions would provide the information?
What is a Developmental Configuration, when and how does it evolve, and who is accountable for its establishment and maintenance?
Delineate the differences between components, entities, items, and CIs and their Entity Relationships (ERs)?
Who is responsible for identifying CIs?
What decision-making criteria are used to select CIs?
How do CIs relate to the specification tree?
What are COTS products and NDIs and how do they relate to items and CIs?
What is a configuration baseline?
What is the relationship between baselines and the Developmental Configuration?
What is meant by configuration effectivity?
Describe the evolution of the Developmental Configuration and its baseline.
What is the “As-Specified” Configuration, and when is it established?
What is the “As-Designed” Configuration, and when is it established?
What is the “As-Built” Configuration, and when is it established?
What is the “As-Verified” Configuration, and when is it established?
What is the “As-Validated” Configuration, and when is it established?
What is the “As-Maintained” Configuration, and when is it established?
What is the “As-Produced” Configuration, and when is it established?
What is the difference between Mission System versus Enabling System CIs? What are their relationships.Using an office building, automobile, and an aircraft, illustrate the relationships.
What is the difference between baseline management and CM?
What are the six primary approaches for developing components?
What is a COTS product?
What is a NDI?
What is AFP?
Who is the source of AFP?
How are COTS products procured?
How are NDIs procured?
What are the steps of the Component SelectionMethodology?
What questions should you ask vendors that may have products or services you are considering selecting?
What is a technical review?
Why should you conduct technical reviews?
Who is responsible for conducting technical reviews?
What types of technical reviews should be conducted?
How are technical reviews results documented?
What is the relationship between technical reviews and System Development Processes (Figure 12.2)? System System Definition Procurement Phase Phase System / Product Life Cycle System System Production OM&S Phase Phase System Disposal Phase System Development Phase Technical Management Process
What is an IPR and what is it intended to accomplish?
What is a PMB?
What is an IBR and what is it intended to accomplish?
What is an SRR and what is it intended to accomplish?
What is an SDR and what is it intended to accomplish?
What is an HSR and SSR and what is it intended to accomplish?
What is an SSR and what is it intended to accomplish?
What is a PDR and what is it intended to accomplish?
What is a CDR and what is it intended to accomplish?
What is a TRR and what is it intended to accomplish?
What is a PRR and what is it intended to accomplish?
Figure P18-39 shows two similar unit pulse waveforms. The only difference is that the first pulse is positive from \(-T / 2\) to \(T / 2\), while the second pulse goes from \(+\mathrm{A}\) to \(-\mathrm{A}\) at \(t=0\). Find the Fourier transforms of each signal and plot their respective frequency
What is the most important criterion to use when selecting sensors for SIF applications?A. Ability to accurately measure the process variable B. IEC 61508 assessment C. Purchase cost D. Manufacturers quality system rating
A single pressure transmitter (1oo1) is being used in a SIF to initiate a trip when the pressure output signal goes below 6 mA. This transmitter is connected to a safety PLC that is programmed to detect under-range (< 3.6 mA) and over-range (> 21 mA) current signals, and send a diagnostic alarm to
A transmitter has failure rates as presented in Table 10-2. A proof test is performed every 5 years during a process shutdown. The proof test coverage is 92% and MTTRDD is 168 hours. After any replacement transmitters are installed, they can be tested. At the end of the fourth 5-year interval, the
What type of flame detector would be selected for a burnermanagement system?
When would a fire and gas function be classified as a SIF?
When would a burner-management system function be classified as a SIF?
Can a relay logic system be used to satisfy the requirements for a SIL 3 SIF? What are some of the issues that must be addressed when using relays as a logic solver?
A safety-rated smart logic module might include what basic functionality?
If an IEC 61508 certified logic solver is selected, what prior use safety integrity justification is required?

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Safety Instrumented System Design Techniques And Design Verification 1st Edition Iwan Van Beurden, William Goble - Solutions

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