Investor Presentation

Penn State Project Samples - NASA 3D Printed Mars Habitat Challenge NASA Model Slice Translate Toolpath A Toolpath A efault start oode 628 Home extruder GL 215 F10 M207 690 M32 Turn off can Absolute positioning Extruder in absolute moder H90 850 Activate all used extrGGLE 10 MAGH TO $210 13 692 E4 Beset extruder position 12 Wait for all used extraders to reach tempere 13M109 TO 210 14 Layer counts 995 15 LATER 16 107 1763 F5000 X148.295 88.100 20.000 16 TEPE EMERT 1961 F1840 108.816 87.460 0.04117 MAL VITA SAAT IN Toolpath B Toolpath B Default start code 628 Rome extruder G1 215 F100 H107 630 M92 Turn off fas Absolate positioning Extruder in absolute mode M90 960 Motivate all used extruder 10 M10 TO 8210 11 692 E Reset extrader position 12 Wait for all used extruders to reach tempere 15 HAS TO 8210 14 Layer counts 998 15 LATERIO 16 MA37 1763 F50 x108.295 88.100 20.000 18 TYPE SHIRT 1901 F1800 X108.816 87.460 0.04117 sonian VELA 141 14 Simulate Manufacture ↑ Structural performance Complex Robotic Maneuvers Robotic vibrations at turns Concrete deformation (Less shape accuracy) Muthumanickam, N. K., Duarte, J. P., Nazarian, S., Memari, A., & Bilén, S. G. (2021). Combining AI and BIM in the design and construction of a Mars habitat. In The Routledge Companion to Artificial Intelligence in Architecture (pp. 251-279). Routledge. https://doi.org/10.4324/9780367824259-17

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