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Saturday , October 20 2018
Home | Tag Archives: Center for the Advancement of Space Safety and Mission Assurance Research (CASSMAR).

Tag Archives: Center for the Advancement of Space Safety and Mission Assurance Research (CASSMAR).

Mission to the Sun Facing Better Odds, Thanks to UTEP Researcher

While it is undoubtedly the most prominent celestial body, the star at the center of our solar system also remains one of the most mysterious objects in the firmament. But a major effort to change that will soon get underway, when an unprecedented expedition to the sun blasts off, thanks in part to the work of a researcher from The University of Texas at El Paso.

Funded by the Johns Hopkins University Applied Physics Laboratory since 2010, UTEP’s Cesar Carrasco, Ph.D., chair and professor for the Department of Civil Engineering, has been working on the micrometeoroid impact risk assessment of NASA’s Parker Solar Probe spacecraft, designed and built by APL and scheduled to launch on August 11.

The goal of Carrasco’s work is to quantify the risks to the probe from dust particles at extreme speeds.

“The Parker Solar Probe has been one of the most exciting projects I have had the opportunity to participate in,” Carrasco said. “After all, this is the first mission to the sun’s atmosphere, and it will provide very valuable insight into the inner workings of the sun and space weather.”

Mission organizers say the data gathered by the probe could lead to a major leap forward in our ability to understand, and possibly even forecast space weather events that impact life on Earth. This is becoming more important, researchers say, as mankind increasingly relies on technologies like satellites, which can be affected by changes in the sun.

Additionally, investigators say space weather events can cause disruptions to Earth’s magnetic field. This, in turn, can lead to power surges capable of causing widespread damage, and leaving vast areas in the dark.

In order for the Parker Solar Probe to accomplish its mission, however, it will have to withstand punishing conditions as it attempts to get closer to the surface of the sun than any other spacecraft in history. The probe will look to reach an area within the sun’s atmosphere, about 4 million miles from the star’s surface, known as the corona.

In addition to temperatures there reaching around 3 million degrees Fahrenheit – which will be deflected by the spacecraft’s heat shield, which will reach temperatures of 2,500 F – the spacecraft will be impacted by micrometeoroids at speeds exceeding 300 km/s.

To endure this environment, the spacecraft was designed to be able to handle the risk of critical damage, and that’s where Carrasco’s research comes in. He created models of the probe orbiting the sun in order to quantify the risk of impact from microscopic dust particles and provide critical design parameters. Because of the massive speed at which those micrometeoroids travel, if not accounted for, they could cause severe damage to the probe’s thermal protection system, solar panels, radiators and other components and instruments.

The Parker Solar Probe is scheduled to launch from Cape Canaveral Air Force Station in Florida. Scientists hope to continue receiving data from the probe well into 2025.

Carrasco’s efforts reflect the caliber of UTEP research and its impact on space exploration. Since 2001, the University’s NASA MIRO Center for Space Exploration and Technology Research (cSETR) has developed rocket engines and created a research ecosystem, building extraordinary capabilities that allow students to get solid training so they can work at federal agencies such as NASA or in private endeavors such as space tourism outfit Blue Origin.

In 2013, the Center for the Advancement of Space Safety and Mission Assurance Research (CASSMAR) welcomed former astronaut John “Danny” Olivas, Ph.D., an El Paso native and UTEP graduate, to conduct interdisciplinary research to identify, characterize and mitigate the leadings risks to spaceflight safety and mission assurance.

To facilitate that, UTEP was one of just a handful of universities granted remnants from Space Shuttle Columbia by NASA’s Columbia Research and Preservation Office at the Kennedy Space Center.

UTEP Space Experts Explore Global Space Economy

A group of space experts at UTEP was awarded $85,000 to study the potential installation of a new generation of space launching services in Portugal.

The team is led by Nathaniel Robinson with the University’s Office of Research and Sponsored Projects and includes UTEP alumnus and former NASA astronaut Danny Olivas and Darren Cone, executive director for UTEP’s Center for the Advancement of Space Safety and Mission Assurance Research (CASSMAR).

“Our team is honored and eager to contribute to this international collaboration,” Robinson said. “Such multinational efforts are instrumental in developing strategies and systems to drive smart growth and create long-term sustainability of large-scale projects.”

The Fundação para a Ciência e a Tecnologia (FCT) in Portugal commissioned a feasibility study to establish an “open space port” within the Archipelago of the Azores  and is funding the research. The UTEP experts are co-leading the effort with The University of Texas at Austin Center for Space Research.

“While the project is centered on the potential for a new generation of space launching services through a possible spaceport in the Azores, the project’s impact may reach much further into larger Portuguese and Azorean science and technology development, economic growth, and future university and private innovation systems,” Cone said.

“We’re happy to be a part of this thrilling first step and eager to see what other roles UTEP may have in the future.”

The team will conduct a detailed assessment in the coming months for the installation of a new generation of space launching services through the potential Azorean spaceport, taking into consideration such aspects as technical, economic, environmental and safety requirements in a context of increasing rate of technical change and global developments in new and emerging space industries.

“Beyond just the scope of the project, this is also a chance to showcase the many space-related research capabilities at UTEP,” Olivas said. “We are as excited about what this could mean for the Azores and Portugal as what it could be for CASSMAR, the MIRO Center for Space Exploration and Technology Research (cSETR), the W.M. KECK Center for 3D Innovation, and other UTEP research centers and the many students that they serve.”

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