Climate Change for Journal of Quality & Reliability- myassignmenthelp

Question: Discuss about theClimate Change for Journal of Quality Reliability. Answer: Functional analysis Functional analysis tool has functional flow block diagrams as well as timelines analysis. This is the product which is the functional architecture. The use of the functional analysis usually facilitates aspects such as traceability which is based on the requirements of the solution description that is regarded as the outcome for the design synthesis (Aerts, Botzen, Emanuel, Lin, de Moel and Michel-Kerjan, 2014). The functions are usually discrete actions which are vital for achieving the objectives of the systems. The functions could be highlighted explicitly or even resulting from the mentioned requirements. The features are eventually carried out or perhaps achieved by utilizing equipment, software program or maybe the mix of the two. The functional along with the performance requirements to any level in the system are usually designed from the increased level requirements (Di Bona, Forcina, Petrillo, De Felice and Silvestri, 2016). This technique is repeated to have the ability to define successively the lower level functional as well as the performance requirements, hence defining of the architectures to ever increasingly levels of the details. The requirement of the system are defined to be able to provide design and the verification criteria to support integrated design of the given system. The following is the criteria of translating the system level requirement to functional and performance design. The first thing would be to defined the system in terms of functional and then decompose the top level to sub functions (Hinkel, Jaeger, Nicholls, Lowe, Renn and Peijun, 2015). The next thing is to translate the considerably higher level performance requirements to be comprehensive functional and also overall performance design constraints. The next step would be to define both the internal and the external functional interfaces (Hinkel, Jaeger, Nicholls, Lowe, Renn and Peijun, 2015). When this has been undertaken there is identification of the functional groupings to be able to minimize and control on the interface. Additionally, there would be determination of the various function features of any existing components in the system and be able to incorporate then to the analysis (Hinkel, Jaeger, Nicholls, Lowe, Renn and Peijun, 2015). In this criteria it should also examine the functions of the life cycle to the project by undertaking trade studies so as to identify alternative functional approaches to meet on all the requirements. This has been highlighted in the diagram below. Figure 1: Functional analysis diagram Strategies to manage sea level rise One of the strategy is coastal armoring. Linear protection is one of the commonly used tools to protect the improvement and the wetlands in the bay in addition to the ocean coastline. It generally take distinct form based on the kind of the coastline which needs the protection (Hinkel, Jaeger, Nicholls, Lowe, Renn. and Peijun, 2015). The most hardened form which can be engineered concrete seawalls as well as the bulkheads usually protect the shore from the strong waves. Another strategy is the floodable development. This is undertaken through designing of the buildings and infrastructures so as to prevent the frequent floods which could occur. Furthermore, there may be creation of preservation areas for the ocean surges or even the heavy rainfall (Aerts, Botzen, Emanuel, Lin, de Moel and Michel-Kerjan, 2014). Another strategy is use of the living shorelines. These helps to protect the shorelines from the floods as well as the abstraction by taking in the waves in addition to slowing the flow of the higher water. The wetlands typically takes diverse forms which depends upon the highlights of their environment waterways. An additional strategy that can be utilized is the managed retreat. This really is a strategy which safely eliminates the settlement from encroaching the shorelines therefore enabling the water to advance unimpeded (Intergovernmental Panel on Climate Change, 2014). It generally entails abandoning, demolishing or maybe moving associate d with the existing buildings in addition to the infrastructure to much higher ground. Furthermore, it might include banningof any new development to the areas that are likely to be inundated. References Aerts, J.C., Botzen, W.W., Emanuel, K., Lin, N., de Moel, H. and Michel-Kerjan, E.O., 2014. Evaluating flood resilience strategies for coastal megacities. Science, 344(6183), pp.473-475. Di Bona, G., Forcina, A., Petrillo, A., De Felice, F. and Silvestri, A., 2016. A-IFM reliability allocation model based on multicriteria approach. International Journal of Quality Reliability Management, 33(5), pp.676-698. Hinkel, J., Jaeger, C., Nicholls, R.J., Lowe, J., Renn, O. and Peijun, S., 2015. Sea-level rise scenarios and coastal risk management. Nature Climate Change, 5(3), p.188. Intergovernmental Panel on Climate Change, 2014. Climate Change 2014Impacts, Adaptation and Vulnerability: Regional Aspects. Cambridge University Press.