The Center for Advanced Satellite Manufacturing (CASM) at Utah State University has been investigating the use of new, advanced manufacturing technologies for the rapid manufacture of highly capable satellite panels. Using Ultrasonic Consolidation it is now possible to additively manufacture (a.k.a. rapid prototype) aluminum structures with embedded electronics, thermal devices, internal structural features, and fibers. CASM has built and tested embedded USB networks, electronic devices, thermal sensors, heat pipes, optical fibers, and other features within aluminum structures to create intelligent, self-monitoring panels for space applications. This work and its potential for providing rapid reconfigurability and rapid manufacturability fo...
The NASA-GSFC Nano-satellite Technology Development Program will enable flying constellations of ten...
In order to meet the responsive space needs of the future, improvements need to be made not only to ...
In many instances conductive traces are needed in small, compact and enclosed areas. However, with ...
Ultrasonic consolidation of aluminum alloys is evaluated for use in the manufacture of multifunction...
The use of small satellites in constellations is limited only by the growing functionality of smalls...
A consortium of innovative experts in additive manufacturing (AM) comprising Northrup Grumman Techni...
Satellite structures are conventionally constructed of aerospace-grade metallic and composite [1] ma...
In the frame of an ESA TRP project, our consortium has investigated the possibility to use advanced ...
One of the emerging technologies in recent years is additive manufacturing. It promises unprecedente...
Realization of Responsive Space (RS) program goals requires further progress in reducing the time re...
The new U.S. National Vision for Space Exploration requires many new enabling technologies to accomp...
The ability to deploy large habitable structures, construct, and service exploration vehicles in low...
Additive Manufacturing (AM), a process of producing parts through the building of material layer by ...
Advanced microfabrication technologies offer the prospect of reducing the weight and size of spacecr...
One of the emerging technologies in recent years is additive manufacturing. It promises unprecedente...
The NASA-GSFC Nano-satellite Technology Development Program will enable flying constellations of ten...
In order to meet the responsive space needs of the future, improvements need to be made not only to ...
In many instances conductive traces are needed in small, compact and enclosed areas. However, with ...
Ultrasonic consolidation of aluminum alloys is evaluated for use in the manufacture of multifunction...
The use of small satellites in constellations is limited only by the growing functionality of smalls...
A consortium of innovative experts in additive manufacturing (AM) comprising Northrup Grumman Techni...
Satellite structures are conventionally constructed of aerospace-grade metallic and composite [1] ma...
In the frame of an ESA TRP project, our consortium has investigated the possibility to use advanced ...
One of the emerging technologies in recent years is additive manufacturing. It promises unprecedente...
Realization of Responsive Space (RS) program goals requires further progress in reducing the time re...
The new U.S. National Vision for Space Exploration requires many new enabling technologies to accomp...
The ability to deploy large habitable structures, construct, and service exploration vehicles in low...
Additive Manufacturing (AM), a process of producing parts through the building of material layer by ...
Advanced microfabrication technologies offer the prospect of reducing the weight and size of spacecr...
One of the emerging technologies in recent years is additive manufacturing. It promises unprecedente...
The NASA-GSFC Nano-satellite Technology Development Program will enable flying constellations of ten...
In order to meet the responsive space needs of the future, improvements need to be made not only to ...
In many instances conductive traces are needed in small, compact and enclosed areas. However, with ...