Structure Page 170

SCAD Office – the new generation system, developed by engineers for engineers and implemented a team of experienced programmers. The system includes a set of high-performance computing version of SCAD, as well as a number of designing and supporting programs that address the issues of calculation and design of steel and reinforced concrete structures. The system is constantly evolving, improving the user interface and computational capabilities include designing new components. SCAD Office includes the following programs:* SCAD 11.1-computer complex for strength analysis of structuresfinite element method* Forum 1.7-forming larger models (preprocessor)* WEST 3.5.3 – Calculation of loads on SNiP \”Pressures and Impact\”* 5.3 Cross-bed calculation of coefficients of buildings and structures on an elastica* Crystal-4.1.11 Calculation of steel structures* Arbat...

VISSIM PEDESTRIAN MODELING Pedestrian travel creates complex interactions. The VISSIM pedestrian simulation was designed to be flexible enough to handle complex situation, to make VISSIM suitable for a broad range of applications. Scope of Application Traffic engineering and ► transportation planning The influence that pedestrians have on vehicular traffic – particularly in special situations like complex inter- sections – can be realistically fore- casted. City planning ► In modern city planning, both citi- zens and planners are increasingly aware of the significance of pedes- trians. VISSIM meets the needs for a planning tool for creating a pedes- trian-friendly city. Evacuation ► Fire safety engineers have different needs than traffic engineers. The most obvious is multi-story mod- eling, which is included...

SACS (Structural Analysis Computer System) is a finite element structural analysis suite of programs for the offshore and civil engineering industries. SACS consists of several compatible structural analysis programs which are interfaced to each other to eliminate the requirement, but not the ability, for user interaction with the output of one program before input to another. All programs include a full complement of standard engineering defaults in both English and Metric units to simplify input. SACS®, Structural Analysis Computer System, is an integrated structural analysis software package used by the commercial industry world wide. Developed by Engineering Dynamics, Inc., this is the most comprehensive design and analysis package offered to both the offshore and the general structure design industries. SACS®...

SAP2000’s sophisticated analytical methods and design algorithms directly address the Oil and Gas industry’s structural engineering requirements. Analytical features include the ability to easily capture rotational acceleration due to pitch, roll and yaw; perform simple linear or complete nonlinear snap-through buckling analyses; compute frequency-domain response for harmonic and non-harmonic periodic loading; calculate power-spectral density response; apply automated wave loading and API 4F wind loading; pushover analysis and much more. The implementation of the API 4F, API 2A (offshore structures) and Norsok N-004 (offshore structures) design codes allows the engineer to optimize designs with greater accuracy and speed, including punching shear checks. Structural models are very easily created through the integrated 3D SAP2000 environment where users can model all structural geometry,...

PERFORM 3D is a highly focused nonlinear software tool for earthquake resistant design. Complex structures, including those with intricate shear wall layouts, can be analyzed nonlinearly using a wide variety of deformation-based and strength-based limit states. Model data can be imported directly from ETABS and SAP2000. A wide variety of element types are supported, including beams (with panel zones), columns, braces, shear walls (with openings), floor slabs, dampers, and isolators. Nonlinear analyses can be static and/or dynamic, and can be run on the same model. Loads can be applied in any sequence, such as a dynamic earthquake load followed by a static pushover. PERFORM 3D provides powerful performance based design capabilities, and can calculate demand/capacity (usage) ratios for all components...

AP2000 Video Tutorials Structural Analysis ProgramEnglish | 1440×900 | TSCC | 15fps 652Kbps | AAC 352Kbps 22.05Khz | 561MBVideo Tutorials on how to analyze and Design 3D Frame, A 2D frame (using UBC-97 code) and Steel truss with working Exercise files2D Frame3D FrameSteel TrussProduct:SAP2000 Video Tutorials Lanaguage:english Platform:Winxp/Win7 Size:567 MB

WinRECOL Features In v5.0.5 LRFD * Windows Graphical User Interface (GUI) * Analyze, Design and Check Columns * AASHTO LFD/LRFD or Caltrans LFD/LRFD Design Criteria available * Ultimate Strength Theory * English or Metric Capability for Input and Output * Arbitray Symmetrical Shapes, Standard Cross Sections and Voided Cross Sections * Arbitrary or Predefined Rebar Patterns * Interaction Diagram Plots * Moment Magnification for Slenderness * Spiral Reinforcement for Plastic Hinging * VERSION UPDATED: Added load modifier factors fro ductility, redundance & importance(AASHTO 1.3.2.1) * VERSION UPDATED: Changed Phi to .90 for \’ALRFD\’ extreme event I(seismic) (AASHTO 5.10.11.4.1b) * VERSION UPDATED: LRFD(Caltrans & AASHTO) All zones. LRFD 3.10.9.4.3d, only divided elastic EQ moments by response modifaction facor, R. not axial...

TRC software formerly Imbsen & Associates is a leader in bridge engineering computer technology and has gained recognition with its WinSEISAB project. The computer program WinSEISAB is used to analyze the response of a bridge subjected to earthquake excitation. TRC markets several software programs and presents national training seminars and workshops. TRC is committed to the development of software that keeps up with advancements in bridge engineering and computer technology. We are not a recent software startup company but have been developing/selling our software since the early 80\’s. With over 25 years in this field of software development we plan to continue to serve our customers for many more years to come.Product:Imbsen Winabud v4.0.2 Lanaguage:english Platform:Winxp/Win7 Size:12 MB

WINFAD FEATURES IN v5.0.4 LRFD * Windows Graphical User Interface (GUI) * AASHTO LFD/LRFD and Caltrans LFD/LRFD Design Specification options * Design and Check Footings * AASHTO Load Factor Requirements * English or Metric Capability for Input and Output * Spread or Pile Footings * Seismic Design Criteria * Footing Depth Calculated * Steel Reinforcement Requirements Calculated * Pile Layout and Plot * VERSION UPDATED: Added load modifier factors for ductility, redundance & importance(LRFD 1.3.2.1) * VERSION UPDATED: Added calculation of gross nominal beaing capacity and permissible net contact stress(settlement) by LRFD \”effective width\” method * VERSION UPDATED: Added WinFAD import Excel spreadsheet template * VERSION UPDATED: Added LRFD calculation of shrinkage & temperature reinforcement.(LRFD 5.10.8) * VERSION UPDATED: Added...

RISKCURVES excels in flexibility and user friendliness in the various steps leading to the ultimate result: the individual and societal risk, as well as the innovative area specific societal risk (a geographic representation of the societal risk). Accident scenarios with their corresponding frequencies can be generated automatically, or added manually. The input of data can be done easily with Excel or ASCII-files. Furthermore, scenarios can be defined in an intuitive way using maps of different formats. The risk contours and other geographic results are presented in the built-in GIS-viewer. The (intermediate) results can be used both for successive calculations and directly for reports, in different formats.Product:TNO Riskcurves 7.6 Lanaguage:english Platform:Winxp/Win7 Size:24 MB