Search results for "Decision support tools"

showing 2 items of 2 documents

Guidelines to compare additive and subtractive manufacturing approaches under the energy demand perspective

2020

In order to characterise the environmental performance of additive manufacturing (AM) processes, comparative analyses are required. Different manufacturing approaches (such as additive and subtractive ones), besides adopting different equipment, use different kinds and amounts of material. Therefore, the material-related flow has to be followed throughout the entire product life. Differences in environmental impact arise at each step of the life cycle: material production, manufacturing, use, disposal, and transportation. A life cycle-based methodology able to take due account of all the factors of influence on the total energy demand for the production of metal components is given in this …

Subtractive colorAdditive manufacturingComputer scienceAdditive manufacturing; Decision-support tools; Energy saving; Process comparisonIndustrial and Manufacturing EngineeringProduct (business)Perspective (geometry)MachiningOrder (exchange)Decision-support toolsEnergy savingManagement of Technology and InnovationDecision support toolsProduction (economics)Process comparisonDecision Sciences (miscellaneous)Environmental impact assessmentBiochemical engineeringSocial Sciences (miscellaneous)Decision-support toolInternational Journal of Sustainable Manufacturing
researchProduct

Quantifying and resolving conservation conflicts in forest landscapes via multiobjective optimization

2017

Environmental planning for of the maintenance of different conservation objectives should take into account multiple contrasting criteria based on alternative uses of the landscape. We develop new concepts and approaches to describe and measure conflicts among conservation objectives and for resolving them via multiobjective optimization. To measure conflicts we introduce a compatibility index that quantifies how much targeting a certain conservation objective affects the capacity of the landscape for providing another objective. To resolve such conflicts we find compromise solutions defined in terms of minimax regret, i.e. minimizing the maximum percentage of deterioration among conservati…

0106 biological sciencesta113ecosystem managementenvironmental conflicts010504 meteorology & atmospheric sciencesComputer scienceEcologydecision support toolsEcological Modelingforestry010603 evolutionary biology01 natural sciencesMulti-objective optimizationbiodiversiteettimetsätalousympäristökonfliktitta1181lcsh:SD1-669.5lcsh:Forestrysystematic conservation planningEnvironmental planningland-use planning0105 earth and related environmental sciencesbiodiversitySilva Fennica
researchProduct