We love seeing people who are passionate about “the old stuff” and breathe life back into guns that otherwise would have rusted away. So if you’d like to check out what he’s working on, head on over to his YouTube page for Anvil Gunsmithing. Mark always has a crazy restoration project going on. After the eclectic 8 gauge, the Mk 2 was my favorite to shoot. 4 Mk 2 proved extremely accurate as I easily hit every target the micrometer sight was set on. Habit would have modern shooters wanting to remove the magazine, however, it is actually designed to be topped off with strip clips. 303 to sport some heavy recoil, but it was surprisingly quite a peach to shoot. In an era when the Mauser action was more common, having a bolt that cocked on the forward push offered great speed for experienced users. Making sure the 150-year-old shotgun was good to go, a crowd assembled to witness this antique launch some lead downrange.Īs a newbie to this gun, I was shown how the bolt takes a little “extra” to push it forward. Waiting for the neighboring booth attendee to finish his cigar, the black powder cautiously came out. Tediously, he extracted the wads from an old can along with the projectiles and various loading components. Serve up static sites and Rack apps with simple URLs and zero configuration. That is nothing to mess around with because of how cumbersome and, honestly, how dangerous loading this gun can be. Anvil is a beautiful menubar app for managing local websites.
double-barrel percussion 8ga shotgun dates back to the 1840s and takes 200 grains of black powder and 3 ounces of shot. I mean, when was the last time you got to shoot a black-powder shotgun? It was an epic experience.
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Restored for a movie prop company, you can easily imagine a stagecoach driver throwing down the reins and grabbing this double-barrel shotgun. As always, unexpected issues make meeting deadlines a race. The Damascus barrels were barely held together with two solder points and some plumbers glue, just some of the obstacles that had to be handled to bring this gun back to life.Įnthusiastically, Mark can tell you every detail of his restoration process, even the reasoning behind the fresh smell of stain on the stock of his Enfield No. When Mark first came across this relic, it was in pretty bad shape – like most of his projects. A double-barrel percussion shotgun isn’t your everyday range gun and finding one that works is pretty rare. Not sure how you could use Anvil or if Anvil is right for you? Click here to learn more about the benefits of High-Performance Computing.From across the range, the long barrels of his Victorian-era 8-gauge shotgun could be spotted. Preston Smith, executive director of Research Computing, and Rajesh Kalyanam, research scientist, are all co-PIs on the project. Carol Song is the principal investigator and project director.
Learn more about Anvil's mission in the Anvil press release.Īnvil is funded under NSF award number 2005632. Through the continued support of hands-on education, Purdue will be training the future cyberinfrastructure (CI) professionals and CI-savvy workforce.
Anvil will also serve as an experiential learning laboratory for students to gain real-world experience using computing for their science, and for student interns to work with the Anvil team to innovate and enhance Anvil’s capabilities. Over the coming years, the Anvil supercomputer will enable significant discoveries across many areas of science and engineering. Additional funding from the NSF supports Anvil's operations and user support. The Anvil supercomputer went into production in February of 2022 and will continue serving the research community through 2027. Purdue has proudly partnered with the NSF to deliver high-performance computing to researchers in need for over a decade. Built through a $10 million system acquisition grant from the National Science Foundation (NSF), Anvil supports scientific discovery by providing resources through the NSF’s Advanced Cyberinfrastructure Coordination Ecosystem: Services & Support (ACCESS), a program that serves tens of thousands of researchers across the United States. Overview From Left: Arman Pazouki, Carol Song, Preston Smith, Rajesh KalyanamĪnvil is Purdue University’s most powerful supercomputer, providing researchers from diverse backgrounds with advanced computing capabilities.
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