NX Nastran is a premium computer-aided engineering (CAE) tool that major manufacturers worldwide rely on for their critical engineering computing needs to produce safe, reliable and optimized designs within increasingly shorter design cycle times. For over 30 years, Nastran has been the analysis solution of choice in almost every major industry including aerospace, defense, automotive, shipbuilding, heavy machinery, medical and consumer products – an industry standard for the computer-aided analysis of stress, vibration, structural failure/durability, heat transfer, noise/acoustics and flutter/aeroelasticity. NX Nastran Solutions NX Nastran is a standalone solution for the extended enterprise. Typically running on networked server CPUs, NX Nastran supports multiple users, multiple sites and/or multiple finite element pre- and post-processing applications, whether supplied by UGS or other...
FRED为一款帮助你作有机化学有关的材料分子结构分析或蛋白质结构等分析的软件.product:FRED 2.2.1 Lanaguage:english Platform:Winxp/Win7 Size:18MB
Customer SuccessFind out how Solid Edge has helped companies just like yours. Whether you currently use 2D or 3D; whether your business designs products for industries such as machinery, electrical equipment, consumer products, tooling or plant layouts; chances are there’s a company just like yours waiting to tell their story about how Solid Edge helped them gain a competitive advantage. Use our search tool below to explore our customer case studies, or take a look at some images of products designed with Solid Edge.Product:UGS Solid Edge 19.0 Update5 Lanaguage:english Platform:Winxp/Win7 Size:152MB
Berechnung von Grundbruchsicherheiten nach DIN 4017 und DIN 1054-2003 und Setzungen nach DIN 4019 (Grundbruchberechnung). Ab Version 5.0:Neue DIN 4017, Durchstanznachweis, und mehr Ab Version 4.0:Alternative Berechnung mit Teilsicherheitsbeiwerten nach DIN 1054-2005 möglich!Product:GGU Footing 5.0 Lanaguage:english Platform:Winxp/Win7 Size:736KB
GGU-STABILITY makes it possible to investigate not only slope failure using circular slip surfaces (Bishop or Krey) and polygonal slip surfaces (Janbu), in addition to rigid body failure mechanisms and block sliding methods, but also to dimension soil nailing and reinforced earth walls.The nailing of a wall can be proven for: * Anchors * Soil nails * Geosynthetics The following are separately implemented: * Proof of inner stability according to Janbu, rigid body failure. mechanisms, block slip method. * Slip stability. * Overturning stabilityBase failure safety. * Slope failure safety (Bishop). * Dimensioning of bending of the concrete shell, using the export function to export data to the GGU program GGU-SLAB as a solid slab (fully reinforced), horizontally continuous slab...
Powerful mesh generator with mesh condenser and optimizer import of ASCII-Data Consideration of seepage lines and the unsaturated zone Definition of layer boundaries using fixed values or an interpolation mesh (data import of ASCII-Data of GGU-GEO GRAPH) Graphically oriented data input and editor for fixed boundary conditions such as potentials and single, line or area flux Powerful evaluation tools Color supported presentation of results such as normal, colored or 3-dimensional Iso-lines, tables or circle diagrams Evaluation and presentation of potentials, velocities vx, vy and flux in any cross-section Evaluation and presentation of groundwater level, aquifer thickness, groundwater distance from surface, artesian areas and dryareas Evaluation and presentation of flow lines with path and time increment Product:GGU SS-Flow2D v8.03...
The GGU-SLAB program can analyse slabs using the subgrade reaction modulus and the con-strained modulus methods. The finite-element method using triangle elements is employed tosolve the differential equation. The subgrade modulus profile can be varied as required with al-most no constraints. The constrained modulus distribution can be defined via stratigraphic profilesand an interpolation mesh. This allows any imaginable stratigraphy to be generated.Further important capabilities include:• limiting depth analysis to DIN 4019 for constrained modulus method,• any type of slab boundary including with holes,• linearly variable subgrade within an element,• beam elements for modelling footing beams, for example,• single springs, perpendicular to slab, e.g. for modelling piles.The program system includes a powerful mesh generator and easy-to-use routines for comfortableevaluation of the...
GGU-RETAIN allows the analysis of sheet pile walls, soldier pile walls and in-situ concretewalls (bored pile walls, diaphragm walls and contiguous pile walls).The application is essentially based on the Recommendations of the Working Group for Excava-tions (German: EAB) and the Recommendations of the Committee for Waterfront Structures (EAU2004). Virtually all the cases considered by the Working Groups are included as examples. Aspecial feature of the application is automatically finding the earth-pressure redistribution valuessuggested by the EAB. For analysis and design both the global safety factor concept to DIN 1054(old) and the new partial safety factor concept to DIN 1054 (new) may be taken into considera-tion. Details of special features can be found in Section 2 of this manual.The application is...
OverviewToday’s complex integrated circuit (IC) designs generate a vast amount of simulation data. CosmosScope™ turns that mountain of data into useful information. With powerful analysis and measurement capabilities, patented waveform-calculator technology, and scripting language based on the industry standard Tcl/Tk, CosmosScope offers unparalleled capability and flexibility to analyze design performance and ensure design quality. CosmosScope supports all Synopsys simulators: HSPICE®, NanoSim™, Saber® and SaberHDL. CosmosScope benefits * Supports all Synopsys simulation products with a single viewer including HSPICE, NanoSim Saber, and SaberHDL * Provides powerful Tcl/Tk-based scripting language for easy customization * Performs post-processing of analog and digital simulation results * Automatically annotates graphs with design information using true WYSIWYG graphics, including arrows, shapes and text * Annotates graphs with...
New in Visual MODFLOW Pro 4.2Visual MODFLOW Pro* v.4.2 features our most advanced combination of enhancements yet! With the ability to simulate groundwater and surface water interactions and the added capability of calculating changes to groundwater chemistry, groundwater professionals now have a complete set of tools necessary for addressing water quality, groundwater supply, and source water protection initiatives. Conjunctive Groundwater/Surface Water Modeling using MIKE 11MIKE 11, developed by DHI, is a world-recognized surface water modeling package designed for simulating the hydrodynamic conditions found in rivers, lakes, reservoirs, and irrigation canals. Visual MODFLOW Pro v.4.2 and MIKE 11 are now available as a fully coupled, groundwater and surface water simulation environment. This powerful combination represents the only truly conjunctive groundwater/surface water...