research

Meet biomedical engineering students who presented at SOURCE Intersections

More than 500 undergraduate students at Case Western Reserve University took to the Veale Convocation, Recreation and Athletic Center to present their research and creative projects at Intersections, a poster session hosted by the Support of Undergraduate Research and Creative Endeavors (SOURCE) office.

Quantum partners

Cleveland Clinic, IBM unveil world’s first healthcare-focused quantum computer; Case Western Reserve, others gain computing access, contribute student pipeline

Biomedical engineer explores new use for synthetic platelets: treating inherited bleeding disorders

Even as biomedical engineer Anirban Sen Gupta refines artificial platelets to stem traumatic bleeding, he and his colleagues are seeking new uses for their synthetic solution. The latest application to show promise involves providing synthetic platelets to treat a genetic condition that prevents blood from clotting, Von Willebrand disease (VWD). The most common of all bleeding disorders, VWD is found in up to 1% of the U.S. population (roughly 3 million people), according to the Centers for Disease Control and Prevention.

PhD student wins funding from NASA and develops multidisciplinary team of undergraduate students to build novel machine

Vishnu Ramasamy is well versed in working with 3D printers. He’s even worked on building one that is capable of 3D printing wind turbine blades. Now, he’s taking the next step, designing and building the Arc One, an open-source low-cost, modular machine that 3D prints metal using Wire Arc Additive Manufacturing (WAAM)—a production process used to 3D print or repair metal parts.

Supersonic science: Case Western Reserve University to conduct 9,000 mph ballistics tests into water tank

Sometime next summer, on the second floor of a research building on the Case Western Reserve University campus, scientists hope to record something the world has never witnessed: The moment of impact when an 18-millimeter-diameter projectile hits a wall of water at 9,000 miles per hour. What will occur in that instant and in the subsequent milliseconds—expected to be captured in detail by high-speed cameras—is a tantalizing mix of “knowns, unknowns and what-if’s,” according to Bryan Schmidt, the project’s lead researcher.