Noah's Ark Feasibility explores the age-old question of whether the Ark, as described in Genesis, could have actually floated and housed the necessary animals. By applying principles of science and naval architecture, the book investigates two key issues: the structural integrity of a wooden vessel of such massive dimensions and the logistical challenges of caring for a vast array of animal species. The analysis delves into buoyancy and weight distribution, asking if “Gopher wood” and ancient shipbuilding techniques could have provided sufficient strength.
The book's central argument is that while challenges exist, engineering calculations suggest the Ark could have possessed the structural integrity to float, though near its maximum capacity. This conclusion, while not confirming a global flood, offers a reasoned, evidence-based perspective on the Ark's potential viability. Beginning with the biblical specifications, the book progresses through engineering calculations of buoyancy, stability, and stress distribution. It then addresses logistical concerns like animal capacity, food storage, and waste management, bridging Biblical Studies and Science to offer a unique, objective analysis.
