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Structural design with FAGUS | Complete Course
0.- COURSE MATERIALS
0.1.- Student Notebook
0.2.- Manuals
1.- CUBUS PRESENTATION
1.1.- PRESENTATION OF CUBUS PROGRAMS (5:15)
1.2. - SUMMARY (0:39)
2.- FAGUS IN OTHER CUBUS PROGRAMS AND ANALYSIS TYPES
2.1- THE USE OF FAGUS IN OTHER CUBUS PROGRAMS (2:22)
2.2.- ANALYSIS TYPES WITH FAGUS - PART 1 (6:13)
2.3.- ANALYSIS TYPES WITH FAGUS - PART 2 (2:51)
3.- MATERIALS
3.1.- INTRODUCTION TO MATERIALS (0:36)
3.2.- DESCRIPTION OF THE DIALOG BOX (2:32)
3.3.- COLOUR AND TONE (1:41)
3.4.- MATERIALS CLASSES (4:34)
3.5.- EXAMPLE TENSION-STRAIN PRESTRESSING STEEL (1:35)
3.6.- MATERIALS QUIZ (2:03)
3.7.- MATERIALS QUIZ : ANSWER (6:40)
4.- ANALYSIS PARAMETERS
4.1.- INTRODUCTION TO ANALYSIS PARAMETERS (1:45)
4.2.- CONCRETE BEHAVIOUR UNDER COMPRESSION. MODELS 1 AND 2 (1:19)
4.3.- CONCRETE BEHAVIOUR UNDER COMPRESSION. MODELS 3 AND 4 (1:21)
4.4.- CONCRETE BEHAVIOUR UNDER TENSION. MODELS 0, 1, 2 AND 3 (1:36)
4.5.- TAB SHEETS 1 AND 2 (2:49)
4.6.- TAB SHEETS 3 AND 4 (1:08)
4.7.- DESCRIPTION OF LIMIT STRAIN DOMAINS (2:14)
4.8.- TOP AND BOTTOM CONCRETE FIBERS STRAINS DIAGRAM (2:19)
4.9.- TAB SHEET 5 (2:46)
4.10.- TAB SHEET 6 (7:29)
4.11.- TAB SHEET 7 (TENSION STIFFENING) (1:09)
4.12.- ANALYSIS PARAMETERS QUIZ (1:04)
4.13.- ANALYSIS PARAMETERS QUIZ : ANSWER (2:14)
5.- SECTIONS GEOMETRY
5.1.- PROGRAM INTERFACE. MENUS (3:07)
5.2.- INPUT OF CONTOURS AND VOIDS (4:55)
5.3.- INPUT OF SECTIONS WITH DXFS (3:15)
5.4.- INTERPOLATION OF SECTIONS (3:06)
5.5.- THIN-WALLED SECTION ELEMENTS (1:56)
5.6.- PARAMETRISED SECTIONS (1:42)
5.7.- ROLLED AND EXISTING STEEL PROFILES (1:31)
5.8.- AXIS POINT (2:50)
5.9.- AXIS POINT EXAMPLES (3:23)
5.10.- ANCHOR POINT (1:08)
5.11.- PRESTRESSING TENDONS CONSTRAINT LINES (3:09)
5.12.- POINTS OF RESULTS (5:29)
5.13.- SECTIONS GEOMETRY QUIZ (2:37)
5.14.- SECTIONS GEOMETRY QUIZ : ANSWER (6:07)
6.- SHEAR AND TORSION
6.1.- INTRODUCTION TO SHEAR (1:46)
6.2.- SHEAR WALLS (2:21)
6.3.- NEED OF TO SPECIFY Z FOR SHEAR WALLS (2:56)
6.4.- SECTIONS WITHOUT SHEAR REINFORCEMENT (1:46)
6.5.- INPUT OF SHEAR WALLS - PART 1 (2:30)
6.6.- INPUT OF SHEAR WALLS - PART 2 (4:28)
6.7.- INPUT OF SHEAR AND TORSION MODELS - PART 1 (5:02)
6.8.- INPUT OF SHEAR AND TORSION MODELS - PART 2 (1:55)
6.9.- INPUT OF SHEAR AND TORSION MODELS - PART 3 (4:26)
6.10.- EXAMPLES OF SHEAR AND TORSION MODELS - PART 1 (4:56)
6.11.- EXAMPLES OF SHEAR AND TORSION MODELS - PART 2 (2:29)
6.12.- EXAMPLES OF SHEAR AND TORSION MODELS - PART 3 (5:54)
6.13.- EXAMPLES OF SHEAR AND TORSION MODELS - PART 4 (6:28)
6.14.- WHAT IS ASW1? RESULTS COMBINATIONS FOR SHEAR AND TORSION (6:59)
6.15.- FORMULATION FOR TORSION IN FAGUS (6:02)
6.16.- INPUT OF STIRRUPS. RESULTS POINTS - PART 1 (3:57)
6.17.- INPUT OF STIRRUPS. RESULTS POINTS - PART 2 (5:04)
6.18.- INPUT OF STIRRUPS. RESULTS POINTS - PART 3 (4:43)
6.19.- MINIMUM STEEL RATIO AND INCLINATION (5:58)
6.20.- SHEAR QUIZ (1:49)
6.21.- SHEAR QUIZ : ANSWER (2:40)
7.- INTRODUCTION TO REINFORCEMENT
7.1.- REINFORCEMENT GROUPS - PART 1 (5:30)
7.2.- REINFORCEMENT GROUPS - PART 2 (4:38)
7.3.- INPUT OF REINFORCEMENT - PART 1 (3:48)
7.3.- INPUT OF REINFORCEMENT - PART 2 (4:35)
7.3.- INPUT OF REINFORCEMENT - PART 3 (4:22)
7.6.- ADJUSTMENT OF REINFORCEMENT TO STIRRUPS (3:21)
7.7.- REINFORCEMENT DESIGN STRATEGIES. REINFORCEMENT DESIGN WITH MULTIPLE LAYERS DISTRIBUTION - PART 1 (5:28)
7.8.- REINFORCEMENT DESIGN STRATEGIES. REINFORCEMENT DESIGN WITH MULTIPLE LAYERS DISTRIBUTION - PART 2 (7:28)
7.9.- REINFORCEMENT DESIGN STRATEGIES. REINFORCEMENT DESIGN WITH MULTIPLE LAYERS DISTRIBUTION - PART 3 (2:01)
7.10.- PRESTRESSING TENDONS (3:10)
7.11.- PRESTRESSING IN FAGUS AND STATIK - PART 1 (3:38)
7.12.- PRESTRESSING IN FAGUS AND STATIK - PART 2 (5:30)
7.13.- INITIAL STRAIN. SHORT-TERM LOSSES (3:37)
7.14.- INITIAL STRAIN. PRESTRESSED SECTIONS (3:00)
7.15.- LONG-TERM LOSSES. STATIK (5:19)
7.16.- LONGITUDINAL REINFORCEMENT QUIZ (2:58)
7.17.- LONGITUDINAL REINFORCEMENT QUIZ : ANSWER (2:49)
8.- VARIANTS
8.1.- VARIANTS OF THE SECTION - PART 1 (3:27)
8.2.- VARIANTS OF THE SECTION - PART 2 (2:51)
8.3.- VARIANTS OF THE SECTION - PART 3 (3:27)
8.4.- VARIANTS QUIZ (1:55)
8.5.- VARIANTS QUIZ : ANSWER (2:02)
9.- THERMAL ANALYSIS
9.1.- THERMAL ANALYSIS. THEORETICAL BASIS - PART 1 (4:14)
9.2.- THERMAL ANALYSIS. THEORETICAL BASIS - PART 2 (4:32)
9.3.- THERMAL ANALYSIS. THEORETICAL BASIS - PART 3 (5:30)
9.4.- THERMAL ANALYSIS QUIZ (1:08)
9.5.- THERMAL ANALYSIS QUIZ : ANSWER (2:36)
10.- DESIGN
10.1.- PREVIOUS TRANSFORMATIONS TO ANALYSIS (3:54)
10.2.- EXAMPLES OF PREVIOUS TRANSFORMATIONS TO ANALYSIS (5:03)
10.3.- REINFORCEMENT DESIGN. INTRODUCTION - PART 1 (2:32)
10.4.- REINFORCEMENT DESIGN. INTRODUCTION - PART 2 (6:24)
10.5.- REINFORCEMENT DESIGN. INTRODUCTION - PART 3 (3:33)
10.6.- CONSIDERATIONS ABOUT RESULTS FOR SHEAR REINFORCEMENT (1:49)
10.7.- GENERAL FORMULATION FOR SHEAR (4:09)
10.8.- LONGITUDINAL REINFORCEMENT DUE TO SHEAR - PART 1 (6:17)
10.9.- LONGITUDINAL REINFORCEMENT DUE TO SHEAR - PART 2 (8:32)
10.10.- LONGITUDINAL REINFORCEMENT DUE TO SHEAR - PART 3 (4:51)
10.11.- DESIGN QUIZ (1:35)
10.12.- DESIGN QUIZ : ANSWER (2:31)
11.- ANALYSIS
11.1.- EFFICIENCY ANALYSIS - PART 1 (6:48)
11.2.- EFFICIENCY ANALYSIS - PART 2 (2:11)
11.3.- STRESS ANALYSIS FOR A GIVEN STRAIN (3:27)
11.4.- STRESS ANALYSIS FOR GIVEN FORCES (6:05)
11.5.- SHEAR STRESS FLOW (6:23)
11.6.- MY-N DIAGRAM - PART 1 (6:24)
11.7.- MY-N DIAGRAM - PART 2 (2:43)
11.8.- MY-N DIAGRAM - PART 3 (4:42)
11.9.- GENERAL INTERACTION DIAGRAM (2:58)
11.10.- MOMENT-CURVATURE DIAGRAM (4:44)
11.11.- MOMENT-STIFFNESS DIAGRAM (3:56)
11.12.- COMPRESSED COLUMNS CALCULATION. NOMINAL CURVATURE (4:15)
11.13.- HIGH TEMPERATURE ANALYSIS - PART 1 (5:36)
11.14.- HIGH TEMPERATURE ANALYSIS - PART 2 (2:39)
11.15.- ANALYSIS QUIZ (0:56)
11.16.- ANALYSIS QUIZ : ANSWER (1:08)
12.- BATCH CALCULATION
12.1.- BATCH CALCULATION - PART 1 (2:08)
12.2.- BATCH CALCULATION - PART 2 (6:14)
13.- SPECIAL ANALYSIS
13.1.- COMPOSITE SECTIONS. STRENGTHENING OF STRUCTURES - PART 1 (4:33)
13.2.- COMPOSITE SECTIONS. STRENGTHENING OF STRUCTURES - PART 2 (3:19)
13.3.- EDITION BY TEXT FILES OF PARAMETRISED SECTIONS (5:17)
14.- EXAMPLES
14.1.- INPUT OF SECTION AND PRINT SETTINGS - PART 1 (7:09)
14.2.- INPUT OF SECTION AND PRINT SETTINGS - PART 2 (2:50)
14.3.- SECTIONS EXPOSED TO FIRE - PART 1 (3:51)
14.4.- SECTIONS EXPOSED TO FIRE - PART 2 (5:59)
4.4.- CONCRETE BEHAVIOUR UNDER TENSION. MODELS 0, 1, 2 AND 3
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