The species was named Deinosuchus schwimmeri in 2020, in recognition of the decades-long contribution to understanding giant prehistoric crocodilians by palaeontologist David Schwimmer (not to be confused with the actor David Schwimmer, who played palaeontologist Ross Geller in Friends).

D schwimmeri lived in what is now the eastern US during the Late Cretaceous era, reaching roughly the size of a school bus.

The species is a relative of modern alligators and is known to have fed on a diet of dinosaurs. However, a full skeletal model of the predator had never previously been completed.

“The scale of the dinosaurs and other creatures that lived during [the Late Cretaceous epoch] is hard to capture in words or pictures.

“We can tell you that Deinosuchus is 30 feet long, but seeing it is far more impactful,” Rebecca Melsheimer, curatorial co-ordinator at the Tellus Science Museum, said.

This is an experience our visitors can’t get anywhere else

Researchers have now completed a replica of the crocodile, commissioned by the museum in Cartersville, ­Georgia, where it has also been installed.

“The addition of Deinosuchus schwimmeri allows us to provide a more detailed picture of this area’s ecosystem in the Cretaceous period,” Hannah Eisla, director of education at the museum, said.

“Tellus is currently the only museum to have a cast of Deinosuchus schwimmeri, so this is an experience our visitors can’t get anywhere else,” Ms Melsheimer said.

Scientists used several modern techniques to put the fragmentary fossil evidence of the crocodile into a life-sized, scientifically grounded skeletal model.

They used high-resolution 3D scans of fossil material to reconstruct the animal’s skeletal framework and distinctive dermal armour.

The model, according to researchers, represents the most current ­scientific understanding of Deinosuchus’s anatomy.

It provides researchers and the ­public with a clearer picture of one of the largest predators ever to inhabit North America, they say.

“Understanding dinosaurs’ predatory habits helps us decode some of nature’s greatest survival strategies. By ­studying these ancient apex predators, we are essentially looking back in time to see exactly how life adapted and dominated a changing world,” Dr Schwimmer said.