Calculation models for the predictive planning and optimization of maintenance measures
Illustration of data-based models Picture: Joanneum Research
Unexpected faults, failures and unplanned downtime lead to a lack of efficiency in systems, machines and components. This can also affect product quality. On the other hand, excessive costs are resulting, if maintenance activities are carried out too frequently or components are replaced too often. Determining optimal maintenance intervals is a complex task that requires not only condition monitoring using suitable sensors, but also expert analysis of the data obtained and the development of reliable predictive models.
PdM provides the basis for customized maintenance, the reduction of downtimes and the avoidance of unplanned breakdowns. Precise maintenance measures reduce wear and tear as well as early failures, thereby extending the service life of systems and components. As maintenance work only takes place when it is needed, personnel and material resources are used more efficiently.
Analyse regional economic effects – differentiated and comprehensive
Ex-ante, interim and ex-post evaluations as well as ex-ante and ex-post impact assessments
Austria's unique collection of regional economic information
Avoiding bias in evaluation policies, processes and practices as a service for research and funding organisations
Take social diversity into account when planning and implementing research and innovation projects
Targeted planning of experiments for more efficient data acquisition
We provide advice and support in the alignment, preparation and formulation of targeted programmes
Tailored evaluation of organizations - from research institutions to universities and technology funding agencies
Estimation of regional effects and impacts based on grid data
Die JOANNEUM RESEARCH ist Innovations- und Technologieanbieter im Bereich der angewandten Forschung. Als Forschungsgesellschaft der Länder und Regionen prägen wir mit unseren Forschungskompetenzen die Entwicklung unserer modernen Gesellschaft und Wirtschaft nachhaltig und menschenzentriert. Als multidisziplinäres Team in flexiblen, innovationsfreundlichen Strukturen leben wir höchste gesellschaftliche und wissenschaftliche Ansprüche.