|
32 | 32 | <ul class="q-mt-xs"> |
33 | 33 | <li>A masonry wall in category A is very unlikely to fail;</li> |
34 | 34 | <li>A masonry wall in category B may crack, but its collapse is rare;</li> |
35 | | - <li>A masonry wall in category C will likely crack under the effect of vertical loading.</li> |
| 35 | + <li>A masonry wall in category C will likely crack under the effect of vertical loading.</li> |
36 | 36 | </ul> |
37 | 37 | </div> |
38 | 38 | </div> |
|
51 | 51 | ]" |
52 | 52 | :rows="[ |
53 | 53 | { property: 'Shear strength τ₀, failure mode I', min: (0.0004 * ((IMQI ?? 0) ** 2) + 0.0055 * (IMQI ?? 0) + 0.0173).toFixed(4), r_min: '0.825', mean: (0.0006 * ((IMQI ?? 0) ** 2) + 0.0075 * (IMQI ?? 0) + 0.0224).toFixed(4), r_mean: '0.913', max: (0.0008 * ((IMQI ?? 0) ** 2) + 0.0094 * (IMQI ?? 0) + 0.0275).toFixed(4), r_max: '0.843' }, |
54 | | - { property: 'Young\'s modulus E', min: (608 * Math.exp(0.154 * (VMQI ?? 0))).toFixed(4), r_min: '0.709', mean: (742.1 * Math.exp(0.153 * (VMQI ?? 0))).toFixed(4), r_mean: '0.720', max: (876 * Math.exp(0.151 * (VMQI ?? 0))).toFixed(4), r_max:' 0.724' }, |
55 | | - { property: 'Compressive strength f', min: (1.055 * Math.exp(0.193 * (VMQI ?? 0))).toFixed(4), r_min: '0.803', mean: (1.444 * Math.exp(0.182 * (VMQI ?? 0))).toFixed(4), r_mean: '0.824', max: (1.892 * Math.exp(0.175 * (VMQI ?? 0))).toFixed(4), r_max:' 0.828' }, |
56 | | - { property: 'Shear modulus G', min: (201.4 * Math.exp(0.142 * (IMQI ?? 0))).toFixed(4), r_min: '0.652', mean: (254.6 * Math.exp(0.141 * (IMQI ?? 0))).toFixed(4), r_mean: '0.680', max: (298.7 * Math.exp(0.141 * (IMQI ?? 0))).toFixed(4), r_max:' 0.695' }, |
57 | | - { property: 'Shear strength fᵥ₀, failure mode II (stepped or zig-zag failure mode)', min: (0.03 * Math.pow((IMQI ?? 0), 0.909)).toFixed(4), r_min: '0.893', mean: (0.0475 * Math.pow((IMQI ?? 0), 0.854)).toFixed(4), r_mean: '0.928', max: (0.0654 * Math.pow((IMQI ?? 0), 0.822)).toFixed(4), r_max:' 0.918' }, |
| 54 | + { property: 'Young\'s modulus E', min: (608 * Math.exp(0.154 * (VMQI ?? 0))).toFixed(4), r_min: '0.709', mean: (742.1 * Math.exp(0.153 * (VMQI ?? 0))).toFixed(4), r_mean: '0.720', max: (876 * Math.exp(0.151 * (VMQI ?? 0))).toFixed(4), r_max: '0.724' }, |
| 55 | + { property: 'Compressive strength f', min: (1.055 * Math.exp(0.193 * (VMQI ?? 0))).toFixed(4), r_min: '0.803', mean: (1.444 * Math.exp(0.182 * (VMQI ?? 0))).toFixed(4), r_mean: '0.824', max: (1.892 * Math.exp(0.175 * (VMQI ?? 0))).toFixed(4), r_max: '0.828' }, |
| 56 | + { property: 'Shear modulus G', min: (201.4 * Math.exp(0.142 * (IMQI ?? 0))).toFixed(4), r_min: '0.652', mean: (254.6 * Math.exp(0.141 * (IMQI ?? 0))).toFixed(4), r_mean: '0.680', max: (298.7 * Math.exp(0.141 * (IMQI ?? 0))).toFixed(4), r_max: '0.695' }, |
| 57 | + { property: 'Shear strength fᵥ₀, failure mode II (stepped or zig-zag failure mode)', min: (0.03 * Math.pow((IMQI ?? 0), 0.909)).toFixed(4), r_min: '0.893', mean: (0.0475 * Math.pow((IMQI ?? 0), 0.854)).toFixed(4), r_mean: '0.928', max: (0.0654 * Math.pow((IMQI ?? 0), 0.822)).toFixed(4), r_max: '0.918' }, |
58 | 58 | ]" |
59 | 59 | row-key="property" |
60 | 60 | :pagination="{ rowsPerPage: 10 }" |
|
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