RESEARCH OF METHODS FOR DETERMINING A FUNCTION DURING ADAPTIVE REUSE OF INDUSTRIAL COMPLEXES

Abstract

Modern conditions of growing trends in sustainable development of equilibrium changes in economic and socio-cultural ties characterize the relationship in consumer attitudes towards aesthetic, temporal, economic, social and other values. Competent forecasting which aimed at meeting consumer demand and preserving the environment reveals the variety of variability in the successful implementation of their project proposals to architects. Thus, the relevance of the reuse of buildings that have lost their original function which is a practical solution for the sustainable development of cities is increasing. This entails an increase in the need to find really possible ways to automate the processes of refunctionalization of architectural objects. In the research, various principles of mathematical and information modeling are studied based on variations of the multi-criteria decision-making method (MCDM), designing BIM modeling in the context of re-adaptation of cultural heritage objects, etc. It is found that, depending on the typology of object application, these methods require more specific elaboration, concretization of the weights of expert assessment and the relationship of social needs and economic opportunities. Based on the results of the analysis additional criteria are identified that must be taken into account in the process of developing scenarios for multifunctional adaptation of an industrial architecture that has lost its original function. This proves the practical expediency in the use of mathematical and information modeling which make it possible to exclude experimental methods in nature and speed up decision-making processes for adapting industrial architecture in modern conditions.