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power_of_evolution:evolution_engineering_comparison:how_energy_efficient_are_human-engineered_flight_designs_relative_to_natural_ones [2022/10/22 00:02] harlanstewart |
power_of_evolution:evolution_engineering_comparison:how_energy_efficient_are_human-engineered_flight_designs_relative_to_natural_ones [2022/10/22 00:04] harlanstewart |
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Figure 1: If you give each animal or machine energy proportional to its weight, how far can it fly? Note that the vertical axis is log scaled, so apparently small differences are in fact much larger. | Figure 1: If you give each animal or machine energy proportional to its weight, how far can it fly? Note that the vertical axis is log scaled, so apparently small differences are in fact much larger. | ||
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Figure 2: How far animals and machines can fly on the same amount of energy. Note that the vertical axis is log scaled, so apparently small differences are in fact much larger. | Figure 2: How far animals and machines can fly on the same amount of energy. Note that the vertical axis is log scaled, so apparently small differences are in fact much larger. |