1•2•Build ArticlesGetting Started Design of a continuous beam Drawing a beam Defining supports Introduction of loads Design of a steel beam Design of a reinforced concrete beam Design of a timber beam Estimation of the materials Changes to a beam Using function ‘Load descent’ Managing projects Design of a column Design of a truss Design of a repetitive structure Design of plates in reinforced concrete Reports Working Space Selecting elements Managing projects Printing the model window List of materials Reinforcement sketch Model management Model types Zoom and pan The grid Show and hide elements Show model data Show graph data Model representation Toolbar Geometry Selection arrow Drawing lines Dividing lines Parametric structures Assigning supports Hinged bar ends Move elements on screen Adjusting a node/ point Adjusting a line/ bar Toolbar Loads Load cases Point loads and moments on nodes Point loads and moments on bars Distributed and trapezium load on bars Wind generator for 2D frames Internal pressure coefficient Terrain parameters Editing of loads Load descent function Toolbar Analysis Design of steel Design of timber Design of concrete Toolbar Plot Deformations Elastic stresses Internal forces Reaction forces Theoretical reinforcement Resistance and stability verification Analysis & Dimensioning Elastic analysis Maximum relative deflection Choice of design standard Verification of steel and timber Reinforcement calculation Buckling length calculation Report Printer settings Making a calculation note Creating an RTF file Print preview User settings Import & Export Doc navigation← DiamondsPowerConnect →
