Automating Concrete Construction (ACORN)

Engineering

1. Concrete Construction 100%
2. Building Element 81%
3. Floor Slab 78%
4. Parametric Modeling 72%
5. Concrete Buildings 72%
6. Embodied Carbon 69%
7. Floors 63%
8. Reinforced Concrete 60%
9. Finite Element Analysis 45%
10. Parametric Design 45%
11. Beam-Column 36%
12. Floor System 36%
13. Made Material 36%
14. Design Tool 36%
15. Structural System 36%
16. Structural Design 30%
17. Concrete Structure 27%
18. Construction Sector 27%
19. Design Optimization 27%
20. Cement Content 27%
21. Steel Bar 27%
22. Additive Manufacturing Technology 27%
23. Prefabrication 27%
24. Realization 24%
25. Environmental Impact 24%
26. Cross-Section Constant 18%
27. Reinforced Concrete Structure 18%
28. Reinforced Concrete Beam 18%
29. Foamed Concrete 18%
30. Shear Force 18%
31. Bending Moment 18%
32. Gas Fuel Manufacture 18%
33. Design Phase 18%
34. Step Change 18%
35. Built Environment 18%
36. Design Process 18%
37. Section Shape 18%
38. Complex Structure 18%
39. Carbon Footprint 18%
40. Sustainable Future 18%
41. Construction Methodology 18%
42. Form Finding 18%
43. Path Planning 18%
44. Shear Reinforcement 18%
45. Design Constraint 18%
46. Shear Strength 18%
47. Production System 18%
48. Concrete Member 18%
49. Concrete Beam 18%
50. Construction Design 18%
51. Deep Learning Method 18%
52. Layout Optimization 18%
53. Structural Assessment 18%
54. Structural Behavior 15%
55. Structural Materials 15%
56. Linear Finite Element 13%
57. Finite Element Modeling 9%
58. Structural Concrete 9%
59. Glass Fibre-Reinforced Concrete 9%
60. Building Construction 9%
61. Output Speed 9%
62. Mass Customization 9%
63. Construction Method 9%
64. Structural Engineer 9%
65. Mass Production 9%
66. Catastrophic Failure 9%
67. Single Component 9%
68. Optimization Method 9%
69. Sustainable Construction 9%
70. Floor Area 9%
71. Geometry Optimization 9%
72. Collapse Mechanism 9%
73. Proof-of-Concept 9%
74. Numerical Study 9%
75. Tensile Reinforcement 9%
76. Design Space 9%
77. Parametric Study 9%
78. Implementation Process 9%
79. Design Task 9%
80. Robustness Test 9%
81. Compressive Stress 9%
82. Serviceability 9%
83. Slenderness 9%
84. Concrete (Composite Building Material) 9%
85. Stability Test 9%
86. Joints (Structural Components) 9%
87. Nonlinear Behavior 9%
88. Applicability 6%
89. Rod 6%
90. Life Cycle Analysis 6%
91. Sustainable Manner 6%
92. Shells (Structures) 6%
93. Sustainability Assessment 6%
94. Experimental Work 6%
95. Structural Performance 6%
96. Theoretical Work 6%