Global ETD Search

1	Development of a Bayesian network model for assessing the resilience of biomass-based combined heat and power system Alzahrani, Omar 30 April 2021 (has links) (PDF) Due to the growing number of diverse power systems disruptions, including extreme weather events, technical factors, and human factors, assessing and quantifying the resilience of electric power subsystems has become an indispensable step to develop an efficient strategic plan to enhance the resilience and reliability of these systems and to endure the diverse interruptions. In this study, factors and sub-factors that may have either direct or indirect impact on the resilience of biomass-based combined heat and power systems are identified, and the interdependencies among them are determined as well. A Bayesian network model is implemented to quantify the resilience of a bCHP system, and the results are analyzed by applying three different techniques, which are sensitivity analysis, forward propagation analysis, and backward propagation analysis. Engineering systems resilience Bayesian Network bCHP
2	A Cooling, Heating, And Power For Buildings (Chp-B) Instructional Module Hardy, John David 10 May 2003 (has links) An emerging category of energy systems, consisting of power generation equipment coupled with thermally-activated components, has evolved as Cooling, Heating, and Power (CHP). The application of CHP systems to buildings has developed into a new paradigm ? Cooling, Heating, and Power for Buildings (CHP-B). This instructional module has been developed to introduce undergraduate engineering students to CHP-B. In the typical ME curriculum, a number of courses could contain topics related to CHP. Thermodynamics, heat transfer, thermal systems design, heat and power, alternate energy systems, and HVAC courses are appropriate for CHP topics. However, the types of material needed for this mix of courses vary. In thermodynamics, basic problems involving a CHP flavor are needed, but in an alternate energy systems course much more CHP detail and content would be required. This series of lectures on CHP-B contains both a stand-alone CHP treatment and a compilation of problems/exercises. cooling heating and power chp chpb chp-b energy systems heat and power thermally activated thermal components distributed generation dpg bchp cooling heating and power for buildings distributed energy resource der

Search results

Development of a Bayesian network model for assessing the resilience of biomass-based combined heat and power system

A Cooling, Heating, And Power For Buildings (Chp-B) Instructional Module