Generate the seismic spectrum and loads according to local standards Several seismic codes implemented. Traffic Loads Traffic Loads The moving loads generator allows users to rapidly create traffic loads on bridges and buildings in order to simulate traffic movement effects. More features Multi viewports Easily control your modelling by displaying multiple views of the project. Every view can be configured separately to better control your model.
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Generate the seismic spectrum and loads according to local standards Several seismic codes implemented. Traffic Loads Traffic Loads The moving loads generator allows users to rapidly create traffic loads on bridges and buildings in order to simulate traffic movement effects. More features Multi viewports Easily control your modelling by displaying multiple views of the project. Every view can be configured separately to better control your model. Analytical links Define elastic or rigid links between degrees of freedom on the descriptive model.
Coordinates system Global, local, user. Different coordinates system are available to model and postprocess efficiently the results of the project. Time history load generation Perform the dynamic analysis to harmonic functions or time defined excitation. Rendering display You can switch from a typical FEM linear display to realistic rendering to get a better understanding of your project.
Play the animation and record a video file that you can provide to your client. Advance Design features a powerful mesh and multicore FEM analysis engine, automated post-processing tools and detailed smart reports, automatically updated after every iteration. Achieve a new level of computer aided engineering with Advance Design! Advance Design embeds a Delaunay mesh engine able to mesh huge 3D models within a few seconds.
Capacity Design Capacity Design The capacity design method is critical when designing concrete frames in a seismic area. Handle this advanced calculation within a few clicks in Advance Design.
Graphical Postprocessing Graphical Postprocessing Several graphical post-processing methods are available: directly on the model; along a cut placed anywhere in the model; stresses diagrams. Post-processing on planar elements is made easy as it can be done on a grid independent from the mesh size.
Detailed Reports Detailed Reports Fully customisable design reports: styles, tables and graphical images, cover sheet, user input text, linked documents, etc Postprocessing Scenario Postprocessing Scenario You can define postprocessing templates allowing users to automate the creation of reports containing right away predefined tables and real-time graphical views with results.
Non linear Analysis Model the realistic behaviour interaction between components and obtain solutions to your geometric nonlinear problems. Step Calculation Step Calculation Handle all your FEM analysis with Advance Design: static, dynamic, non-linear analyses, large displacements, generalised buckling, step calculation, etc. Time History Analysis Study the dynamic response of a structure to a specified loading that may vary with time. More features Boundary conditions on planar elements Define fixed or hinged edges on planar elements.
Automatic extension of lintels Ensure the continuity between beams and walls. Result curves and stresses on sections Post process results on cuts placed on planar elements.
Results can also be postprocessed on cross sections with stresses on sections. Automatic peak smoothing To avoid high peak values, a peak smoothing option is available. Smoothing of extreme values can be used for the following elements: points supports, linear elements columns. Advance Design performs a global reinforced concrete design that computes theoretical and real reinforcement, crack design, interpolated cracked inertia, deflection checks, etc.
All these results are available for all elements in detailed reports. Advance Design modules also provide detailed design intent and reinforcement drawings. Advance Design includes design and detailing modules for the main structural elements: reinforced concrete beams, columns, footings, RC bearing walls and shear walls allowing to go deep in the level of details such as openings, depressions, precasts, flanges, 3D reinforcement cages… Advance Design modules also provide detailed drawings required for the construction site.
Required and Real Reinforcement Calculation Required and Real Reinforcement Calculation Advance Design computes the required reinforcement and propose the best possible reinforcement solution bars, spacing, etc. Reinforced Concrete Slab Design Reinforced Concrete Slab Design The reinforcement of slabs can be entered by the user fabrics or bars or can be calculated precisely with the following checks : Cracked and non-cracked inertias, Cracking verification, Reinforced concrete deflection calculation, Punching verification.
Crack Width Analysis Crack Width Analysis Advance Design performs a complete crack width check, which is mandatory in several codes, depending on the real reinforcement quantities on linear and planar elements Detailed Punching Verification Under Slabs Detailed Punching Verification Under Slabs Complex design checks can be performed on slabs such as punching verification, for punctual supports and punctual loads Detailed Design Reports Detailed Design Reports When using Advance Design modules, you get a detailed design report considering all detailed characteristic for beams, columns, footings, walls, shears walls… including references to sections and formulas from the code.
Design Intent and Reinforcement Drawings Design Intent and Reinforcement Drawings When using Advance Design modules, you can also get an automatic drawing for beams, columns, footings, bearing walls and shear walls. More features Postprocessing grid Determination of 3D interaction curves on an arbitrary section On columns, according to the loads applied, 3D interaction curves are available and can be post processed. Theoretical reinforcement ratios After a concrete design, we can get access to results as theoretical reinforcement ratios, which are very useful to building companies and engineering offices.
Advance Design performs an advanced analysis and optimisation of steel elements and connections according to the selected standards. Design templates, shape and deflection optimisation through automated calculation cycles, a wizard for steel structures and a detailed global report including all design checks and graphical results makes Advance Design a high-end solution to design steel structures.
Advance Design America Tutorials
Gestione Tutti gli strumenti sono disponibili per una modellazione veloce ed efficiente. Advance Steel supporta tutti i concetti di base e funzioni di CAD snap, grips, copia, ecc. I giunti personalizzati salvati possono essere visualizzati in anteprima e utilizzati dal Explorer dei template giunto, inoltre possono essere modificati o copiati usando il loro cubo blu. Advance Steel numera automaticamente gli elementi.
BIM Software für die Stahlkonstruktion, Detaillierung und Fertigung
Software BIM per l'ingegneria, disegno e produzione di strutture in acciaio