Abstract: The present disclosure relates to systems, non-transitory computer-readable media, and methods for generating and displaying compatibility metrics between experiment designs and data analysis models. For example, the disclosed systems can display an experiment design user interface that enables user selections of a modular experiment design and data analysis models for the experiment design. Furthermore, the disclosed systems can extract (or identify) one or more analysis code validation components from data analysis models that detect design errors (e.g., incompatibilities) between selected data analysis models and the experiment design. Additionally, the disclosed systems can compare the one or more analysis code validation components to the experiment design to detect compatibilities between the selected data analysis models with the experiment design.

Abstract: A method for determining a profile of an entity of interest, comprising interrogating a social media platform to determine a social media account corresponding to the entity of interest and generating a linked social network data structure linking the social media account corresponding to the entity of interest to one or more other social media accounts on the social media platform corresponding to other entities. The method further involves assigning an individual link measure to one or more of the individual links of the linked network data structure, the individual link measure based on an assessment of the one or more social media interactions upon which the individual link is based on and a profile of the entity of interest based on an aggregated measure based on the linked social network data structure comprising the individual link measures.

Abstract: A method for making a composite panel, wherein the composite panel has a honeycomb core sandwiched between a pair of facing sheets, includes the steps of (a) coating the interior walls of the cells with a unexpanded thermo-expandable material; (b) bonding a pair of facing sheets to the opposite sides of the honeycomb core; and (c) heating the honeycomb core while the honeycomb core is sandwiched between the pair of facing sheets with sufficient heat to cause the thermo-expandable material to expand and to substantially fill the cells.

Abstract: A method for making a composite panel, wherein the composite panel has a honeycomb core sandwiched between a pair of facing sheets, includes the steps of (a) coating the interior walls of the cells with a unexpanded thermo-expandable material; (b) bonding a pair of facing sheets to the opposite sides of the honeycomb core; and (c) heating the honeycomb core while the honeycomb core is sandwiched between the pair of facing sheets with sufficient heat to cause the thermo-expandable material to expand and to substantially fill the cells.

Abstract: A method for making a composite panel, wherein the composite panel has a honeycomb core sandwiched between a pair of facing sheets, includes the steps of (a) coating the interior walls of the cells with a unexpanded thermo-expandable material; (b) bonding a pair of facing sheets to the opposite sides of the honeycomb core; and (c) heating the honeycomb core while the honeycomb core is sandwiched between the pair of facing sheets with sufficient heat to cause the thermo-expandable material to expand and to substantially fill the cells.