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Maximum displacement in X-direction -51.640 in Member No. 13, x: 19.097622 ft | CO54 <br />Maximum deformations <br />2.4 DS2 - Section 2.4 (ASD), 1. to 7. <br />Maximum rotation about Z-axis -0.1 mrad Member No. 4, x: 19.313500 ft | CO29 <br />Maximum rotation about Y-axis 12.3 mrad Member No. 2, x: 19.330000 ft | CO10 <br />Maximum rotation about X-axis -16.4 mrad Member No. 2, x: 19.330000 ft | CO31 <br />Maximum vectorial displacement 75.717 in FE node No. 621: (15.544718, -15.699988, 15.206667 ft) | CO11 <br />Maximum displacement in Z-direction -75.435 in FE node No. 596: (15.682394, -14.256809, 15.251667 ft) | CO11 <br />Maximum displacement in Y-direction 52.298 in Member No. 11, x: 21.496112 ft | CO16 <br />Maximum displacement in X-direction -52.692 in Member No. 13, x: 19.097622 ft | CO16 <br />Maximum deformations <br />2.3 DS1 - Section 2.3 (LRFD), 1. to 5. <br />Speed of convergence 1.00 -- <br />Integrate preliminary form-finding <br />Number of iterations for loading prestress 15 <br />Plate bending theory Mindlin <br />Method for Equation System Direct <br />Try to calculate unstable structure <br />Consider favorable effects due to tension forces of members <br />Divide results by load factor <br />Multiplier factor 1.00 -- <br />Modify loading by multiplier factor <br />Number of load increments 1 <br />Maximum number of iterations 500 <br />Iterative method Newton-Raphson <br />Analysis type Large deformations <br />Static Analysis Settings No. 1 - Large deformations | Newton-Raphson | 500 | 1 <br />Infinity Norm 1.28e+14 -- <br />Stiffness matrix determinant 7.24e+12703 -- <br />Minimum value of element of stiffness matrix on diagonal 100.00 -- <br />Maximum value of element of stiffness matrix on diagonal 5.79e+13 -- <br />Number of iterations 87 <br />Calculation statistic <br />Maximum rotation about Z-axis 0.0 mrad Member No. 4, x: 20.330000 ft <br />Maximum rotation about Y-axis 1.5 mrad Member No. 5, x: 13.330000 ft <br />Maximum rotation about X-axis -1.8 mrad Member No. 2, x: 19.330000 ft <br />Maximum vectorial displacement 26.465 in FE node No. 178: (-12.748286, -13.507419, 16.044057 ft) <br />Maximum displacement in Z-direction -25.454 in FE node No. 178: (-12.748286, -13.507419, 16.044057 ft) <br />Maximum displacement in Y-direction 6.523 in Member No. 11, x: 18.189018 ft <br />Maximum displacement in X-direction 6.576 in FE node No. 178: (-12.748286, -13.507419, 16.044057 ft) <br />Maximum deformations <br />Resultant of reactions about Z -0.07 kipft At center of gravity of model <br />Resultant of reactions about Y -0.30 kipft At center of gravity of model <br />Resultant of reactions about X 0.23 kipft At center of gravity of model (5.206824, -11.262029, 8.906877 ft) <br />Resultant of reactions <br />Sum of support forces in Z -5.142 kip Deviation: 0.00 % <br />Sum of loads in Z -5.142 kip <br />Sum of support forces in Y 5.317 kip Deviation: 0.00 % <br />Sum of loads in Y 5.317 kip <br />Sum of support forces in X 5.317 kip Deviation: 0.00 % <br />Sum of loads in X 5.317 kip <br />Sum of loads and sum of support forces <br />Qe LC13 - Seismic <br />Speed of convergence 1.00 -- <br />Integrate preliminary form-finding <br />Number of iterations for loading prestress 15 <br />Plate bending theory Mindlin <br />Method for Equation System Direct <br />Try to calculate unstable structure <br />Consider favorable effects due to tension forces of members <br />Divide results by load factor <br />Multiplier factor 1.00 -- <br />Modify loading by multiplier factor <br />Number of load increments 1 <br />Description Value Unit Notes