"When humans construct a permanent base on the moon, they’ll need sturdy stuff that can weather bombardments from solar radiation and meteorites," the release said.
NASA pointed out that concrete - a mixture of sand, gravel, and rocks glued together by cement paste made of water and cement powder - is a likely choice.
Aleksandra Radlinska, the principal investigator for both experiments, said the studies are focused on the cement paste that holds the concrete mixture together.
"We want to know what grows inside cement-based concrete when there is no gravity driven phenomenon, such as sedimentation," Radlinska said.
NASA explained that if water is added to cement powder, complex molecular structural changes take place creating tiny crystal structures that interlock.
The ratio of the water/cement powder is critical to making the concrete components combine effectively and determining the strength and durability of the final concrete, according to the release.
Scientists need to determine whether the water-cement ratio needed to make concrete will be different on the moon, where gravity is about one-sixth of Earth’s.
The research comes amid reports that the United States has announced plans to establish a permanent presence on the Moon by 2028.