本論文主要研究生物性建築材料 在建築領域的未來可能性。都市叢林的迅速擴張，使得自然環境被大量開採破壞，而大量建築也以寄生方式與環境共存。本研究 以「自然到自然」為宗旨，藉由鹼激發(透過工業廢棄物的再利用，降低對環境的破壞)與植物的共生實驗，創造建築與自然和諧共存的機會，並透過數位工具輔助，以仿生學習的方式，在不同建築尺度下，發展多種建築尺度與自然共生的可能性，使建築在未來能與自然產生共生的新生態平衡。

Summary
This thesis mainly studies the future possibilities of Biomaterials in the field of construction. The rapid expansion of the urban jungle has caused a large number of mining and destruction of the natural environment, and a large number of buildings have also co-existed with the environment in a parasitic way. The purpose of this research is "Nature to Nature". The symbiosis experiment with plants stimulated by alkali (through the re-use of industrial waste to reduce damage to the environment) creates opportunities for the harmonious coexistence of architecture and nature and is assisted by digital tools. , In the way of bionic learning, under different architectural scales, develop the possibility of symbiosis between multiple architectural scales and nature, so that the building can produce a new ecological balance of symbiosis with nature in the future.

Experiment & Design Process
Alkali excitation and plant symbiosis experiment, with Bermuda Grass as the choice of symbiotic plant. The growth requirements of Bermuda Grass include the size of the growth space, the PH value of the environment is less than 7, the ambient temperature suitable for germination, and the source of plant nutrients. The success or failure of the symbiosis experiment depends on whether the alkaline excitation properties are complementary to the plant growth conditions. Therefore, under the growth space requirements, Alkali excitation is foamed with aluminum powder, so that the alkali-excited test body produces multiple pores, providing space for plant growth, and soaking the test body with weakly acidic fertilizer water reduces the PH value of the test body and provides nutrients needed for plant growth. During the experiment, the alkali-activated aluminum powder foaming formula was continuously adjusted, and finally, effective symbiotic Biomaterials were developed.

Use Biomaterials as space construction materials. The design is assisted by digital tools to generate small-scale thin shell spaces, divide them into multiple space units by digital manufacturing (Forming), and try to self-organize by the actual organization. The compressive strength of the body itself is between 2.4-3.2 (kgf/cm^2), so it is more suitable to be applied in a composite structure.

Conclusion
If Biomaterials does not use composite structure to form space, facing the problem of low compressive strength of materials, it can develop space design with catenary arch structure, simulate the gravity balance of catenary arch structure through computer-aided calculation, and use Forming manufacturing method, divided into multiple space units, through the friction and gravity between the units, a smooth surface space can be formed by stacking, and the possibility of self-organization of the space can be greatly improved. It can be solved by increasing its thickness.

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