Instead of using rigid or unnatural materials, what if we made biomimetic machines?

不再使用性或非自然的材料，而是制造仿生机器，会怎么样？

The resulting lightweight lattice pattern maximizes air flow while creating an extremely rigid structure.

由此产生的轻质晶最大程度地增加了气流，同时创造了一个极其性的。

No remeshing takes place, but the mass and stiffness properties of the materials are retained correctly.

不再有重新网化的过程，并且材料的质量和性参数能保持准确性。

And finally, your body has places that require more elasticity than rigidity, like say, around your joints.

最后，你的身体有些地方需要更多的弹性而不是性，比如，在你的关节周围。

And dye-based cells, having no rigid parts, can bend, and are mechanically robust compared with the silicon sort.

而且染料型光电池全由非性材料成，可弯可折，与硅型光电池相比其机械强度更高。

The rigid background grid represents where sounds were actually played.

性的背景网表示实际播放声音的位置。

But the downside is that this rigid structure also makes them quite brittle.

但缺点是这种性使它们非常脆弱。

Squirrels launched farther from the branch attachment when the beam was rigid.

当梁是性的时，松鼠离分支附件更远。

A rigid tube called a stent can be placed in the ureter to expand it.

可以将称为支架的性管放置在输尿管中以扩张输尿管。

This means that there is a large amount of rigid demand.

这意味着存在大量的性需求。

Their bodies are complex mechanical structures using rigid materials such as metal and traditional rigid electric motors.

他们的身体是复杂的机械，使用金属和传统的性电动机等性材料。

For some reason, I've never particularly liked that, the absolute rigid nature of it.

出于某种原因，我从来没有特别喜欢它的绝对性。

Of course, from our perspective, we know this is all just rigid motion.

当然，从我们的角度来看，我们知道这只是性运动。

The rigid demand is still there.

性需求仍然存在。

If the wings were completely rigid, they would break during rough air.

如果机翼是完全性的，它们就会在恶劣的空气中折断。

They correspond to rigid motion, with no stretching or squishing or morphing.

它们对应于性运动 没有拉伸 挤压或变形。

The correspond to rigid motion, with no stretching, squishing or morphing.

它们对应于性运动，没有拉伸、挤压或变形。

So, we have this enclosure made of rigid faces that is folded super, super compact.

大卫：所以，我们有这个由性面制成的外壳，折叠得非常非常紧凑。

Each one has a central supporting rod of microtubules that gives it this rigid structure.

每一个都有一个由微管组成的中央支撑杆，使其具有这种性。

Stitched channels encased strips of boning, and this is what gave a course at its rigidity.

缝合的通道包裹着骨条，这就是它的性的原因。