To Make Fluid Flow in One Direction Down a Pipe, It Helps to Be a Shark | Newswise: News for Journalists

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Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of a shark’s intestine. This photo of eight 3D-printed prototypes shows various interior helices.

Credit: Ido Levin/University of Washington

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of a shark’s intestine. This photo of eight 3D-printed prototypes shows various interior helices.

« To Make Fluid Flow in One Direction Down a Pipe, It Helps to Be a Shark

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of the intestine of a shark, like this spiny dogfish shark.

Credit: NOAA National Ocean Service

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of the intestine of a shark, like this spiny dogfish shark.

« To Make Fluid Flow in One Direction Down a Pipe, It Helps to Be a Shark

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of a shark’s intestine. These images show the research team’s 3D-printed pipes.

Credit: Sarah L. Keller/University of Washington

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of a shark’s intestine. These images show the research team’s 3D-printed pipes.

« To Make Fluid Flow in One Direction Down a Pipe, It Helps to Be a Shark

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of a shark’s intestine. These images show the research team’s 3D-printed pipes alongside a plastic toy shark.

Credit: Sarah L. Keller/University of Washington

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of a shark’s intestine. These images show the research team’s 3D-printed pipes alongside a plastic toy shark.

« To Make Fluid Flow in One Direction Down a Pipe, It Helps to Be a Shark

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of a shark’s intestine. These images show the research team’s 3D-printed pipes alongside a plastic toy shark.

Credit: Sarah L. Keller/University of Washington

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of a shark’s intestine. These images show the research team’s 3D-printed pipes alongside a plastic toy shark.

« To Make Fluid Flow in One Direction Down a Pipe, It Helps to Be a Shark

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of a shark’s intestine. These images show the research team’s 3D-printed pipes alongside a plastic toy shark.

Credit: Sarah L. Keller/University of Washington

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of a shark’s intestine. These images show the research team’s 3D-printed pipes alongside a plastic toy shark.

« To Make Fluid Flow in One Direction Down a Pipe, It Helps to Be a Shark

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of a shark’s intestine. These images show the research team’s 3D-printed pipes alongside a plastic toy shark.

Credit: Sarah L. Keller/University of Washington

Researchers developed a flexible pipe with an interior helical structure that enhances fluid flow in one direction, for use in applications ranging from engineering to medicine. The design mimics the shape of a shark’s intestine. These images show the research team’s 3D-printed pipes alongside a plastic toy shark.

« To Make Fluid Flow in One Direction Down a Pipe, It Helps to Be a Shark

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