Erratum for “Inflatable Shells: Pressurization Phase”

Erratum to “Streamlined Approach for Infrapubic Placement of an Inflatable Penile Prosthesis”

The streamlined approach for infrapubic placement of an inflatable penile prosthesis is a variation of the traditional infrapubic approach. A better understanding of operative techniques and recent clinical outcome studies have led to an evolution of the original infrapubic approach. Small incisions and efficient operative maneuvers can shorten operative times and expedite postoperative recovery.

Inflatable Robotics for Planetary Applications

The general purpose of designing a large, lightweight, inflatable rover is to allow the rover to travel over rocks instead of around them, as present planetary rovers are required to do. This can greatly increase a rover’s versatility, speed, and range. It has been estimated that in the 5% rockiest regions of Mars, approximately 1% of the surface is covered by rocks of 0.5 m or higher [4]. Earl...

Erratum

Utilization of Phase Change for Sealing and Pressurization of Tubular Elements

The process of freezing of water and blockage of pipes are summarized. Current research on freezing and its applications are briefly reviewed. Design concepts are introduced for doing work by utilizing pressures caused by ice blockage. Several conceptual designs are presented for experimental setups for the isostatic pressurization of thin walled tubes. Potential practical uses of pressures gen...

Inflatable Dark Matter.

We describe a general scenario, dubbed "inflatable dark matter," in which the density of dark matter particles can be reduced through a short period of late-time inflation in the early Universe. The overproduction of dark matter that is predicted within many, otherwise, well-motivated models of new physics can be elegantly remedied within this context. Thermal relics that would, otherwise, be d...