Abstract: Systems and methods for processing additively manufactured objects are described herein. In some embodiments, for example, a system includes a controller configured to provide one or more control signals; a heater coupled to the controller, where the heater comprises one or more heating elements arranged to heat a blasting medium in response to the one or more control signals; a chamber coupled to the controller, where the chamber comprises an agitatable drum shaped to receive a plurality of additively manufactured objects, and to agitate the plurality of additively manufactured objects in response to the one or more control signals; and an applicator coupled to the controller, where the applicator comprises a nozzle operative to direct, in response to the one or more control signals, a plurality of thermally conductive particles in the blasting medium toward the plurality of additively manufactured objects within the agitatable drum.

Abstract: Systems and methods for manufacturing objects are provided herein. In some embodiments, a method for producing an additively manufactured object includes determining a viscosity of a curable material to be used to form the additively manufactured object. The method can include determining a temperature of the curable material, based on the viscosity. The method can further include adjusting one or more heat sources configured to heat the curable material, based on the temperature. The method can include applying energy to the curable material to form a portion of the additively manufactured object, after adjusting the one or more heat sources.

Abstract: Systems and methods for manufacturing objects are provided herein. In some embodiments, a method for producing an additively manufactured object includes applying energy to a curable material according to a set of print parameters to form a cured material layer on a build platform or on an object on the build platform. The method can also include conveying remaining material away from the build platform. The method can further include detecting, via one or more sensors, that the remaining material includes a portion of the cured material layer that has separated from the build platform or from the object. The method can subsequently include determining an adjusted set of print parameters configured to improve adhesion of cured material to the build platform or to the object.

Abstract: The present disclosure relates to encapsulation of a phase change material (PCM) enabled by extrusion of a thermoplastic polymer shell and a PCM core, which can be additively manufactured to form a variety of designs for use in a variety of settings, including for use as thermal energy storage devices in building heating ventilation and air conditioning (HVAC) systems. The thermoplastic polymer shell surrounding a PCM core may be used as a filament in three-dimensional (3D) printing or may be extruded during the additive manufacturing process.

Abstract: Examples described relate to managing a software delivery pipeline. In an example, a modified software may be identified. Further, a modification in the modified software may be identified. Further, a type of the modification may be identified. Further, a stage of a software delivery pipeline management system may be identified based on the type of the modification. Further, the modified software may be placed in the identified stage of the software delivery pipeline management system.

Abstract: Examples described relate to managing a software delivery pipeline. In an example, a modified software may be identified. Further, a modification in the modified software may be identified. Further, a type of the modification may be identified. Further, a stage of a software delivery pipeline management system may be identified based on the type of the modification. Further, the modified software may be placed in the identified stage of the software delivery pipeline management system.