Abstract: A system and method includes a structural body, a plurality of structural health monitoring (SHM) sensors, and first and second computer systems. The structural body includes a plurality of structures. The SHM sensors are configured to sense structural health data for a plurality of zones of the structures. The first computer system is configured to collect the structural health data from the SHM sensors. The second computer system includes a display and is configured to receive the structural health data from the first computer system and groups the zones into a plurality of structural regions, and groups the plurality of structural regions into at least one structural area. The display is configured to provide a visual representation of a structural region health of a first one of the plurality of structural regions based on the structural data for respective ones of the zones within the first one of the plurality of structural regions.

Abstract: A system and method includes a structural body, a plurality of structural health monitoring (SHM) sensors, and first and second computer systems. The structural body includes a plurality of structures. The SHM sensors are configured to sense structural health data for a plurality of zones of the structures. The first computer system is configured to collect the structural health data from the SHM sensors. The second computer system includes a display and is configured to receive the structural health data from the first computer system and groups the zones into a plurality of structural regions, and groups the plurality of structural regions into at least one structural area. The display is configured to provide a visual representation of a structural region health of a first one of the plurality of structural regions based on the structural data for respective ones of the zones within the first one of the plurality of structural regions.

Abstract: A method for exporting health and usage management system (HUMS) data includes storing a first template on a computing device including a processor and a memory storage device, monitoring a folder for the addition of a HUMS data file; filtering the HUMS data file using steps set out in the first template to select and organize a first subset of data; creating a first filtered data set that includes the selected and organized first subset of data; and automatically exporting the first filtered data set to a first location. The first template includes executable steps for selecting the first subset of data from the HUMS data file and organizing the first subset of data.

Abstract: The disclosure herein relates to generating a widget within a health and usage management system according to a widget management logic. The widget management logic includes generating a complex filter based on filter types and values is generated to manipulate data of the health and usage management system. The complex filter can output search results. Next, the widget management logic generates the widget to correspond to the complex filter and the search results. The widget is utilized to access the search results without subsequent selection of the filter types and values or manipulation of the data.

Abstract: A system for filtering data according to an exemplary aspect of the present disclosure includes, among other things, a data module configured to access vehicle data in a database according to a query input, a display module configured to display the vehicle data in an environment, and a query module configured to generate the query input according to an interactive list of filter statements. Each filter statement in the interactive list of filter statements is selectable from a group of filter types. The group of filter types is configured to dynamically update in response to at least one selection from the group of filter types. A method of filtering data is also disclosed.

Abstract: A system for filtering data according to an exemplary aspect of the present disclosure includes, among other things, a data module configured to access vehicle data in a database according to a query input, a display module configured to display the vehicle data in an environment, and a query module configured to generate the query input according to an interactive list of filter statements. Each filter statement in the interactive list of filter statements is selectable from a group of filter types. The group of filter types is configured to dynamically update in response to at least one selection from the group of filter types. A method of filtering data is also disclosed.