Final answer:
The process described doesn't match a specific scientific terminology. It metaphorically resembles tightening a muscle around an organ or an engineering solution to prevent container rupture.
Step-by-step explanation:
Lacing and squeezing of tough cords around a fluid-filled container, which transforms the container into a cylinder that becomes rigid, is akin to a biological process but doesn't match any direct terminology in biology or other sciences fields as commonly used.
The description may metaphorically refer to the process of tightening a muscle around an organ such as the heart or bladder, or it could describe a technical or engineering solution not directly related to a biological process. It's important to recognize that liquids.
When confined, resist compression due to the close packing of their molecules. This resistance to compression ensures that a liquid-filled container, when squeezed, doesn't alter its volume significantly but rather transmits the applied pressure uniformly in all directions.