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FTI Forming Suite 2018.0.0.17252 Founded in 1989, Forming Technologies Inc. (FTI®) is the world’s leading provider of software solutions for the design, feasibility, and costing of sheet metal components. FTI® has provided OEMs and suppliers in the automotive, aerospace, electronics, and appliance industries with innovative solutions designed to reduce development time and material costs. Our leading edge technology enables our customers to immediately improve their balance sheet by reducing material and labour costs. FTI® solutions are sold through an international network of reseller partners around the world. In addition to its “best-in-class solutions”, FTI® offers an extensive curriculum of Industry hands on Metal Stamping and Welding training courses that are developed and delivered by industry experts. We also offer engineering...

VariCAD 2018VariCAD is 3D / 2D CAD software primarily intended for mechanical engineering design. The comprehensive CAD software enables designers to quickly create, evaluate, and modify their models. The software is sold as one \”fully loaded\” package, with all features and functions, for one very affordable price. VariCAD delivers an excellent performance-to-price ratio, making it one of the smartest choices on the market today. VariCAD is compact, fast, easy to use, and provides everything necessary for mechanical design. VariCAD is sold \”fully loaded\”, including all features and functions, for one affordable price. The system contains: 3D Modeling 2D Drawing and Editing Optional Support of Parameters Optional Support of Geometrical Constraints Shells Modeling, Pipelines, Wires Crash Tests (Interferences) 3D Assemblies and...

BENTLEY STAAD Planwin V14.00.16.00Recently, Bentley Systems, the global leader dedicated to providing architects, engineers, constructors, and owner-operators with comprehensive architecture and engineering software solutions for sustaining infrastructure, partnered with S-Cube Futuretech Pvt. Ltd. to provide the most comprehensive concrete building design workflow for the Indian market. This integrated solution is called STAAD.building and it addresses the entire workflow related to the design of reinforced concrete buildings, including conceptual layout and framing, advanced analysis, design and detailing and the production of site-ready drawings along with bill-of-quantity reports. STAAD.building combines the power of STAAD.Pro’s analytical engine with the purpose-built building modelling, design and drawing solutions from S-Cube. It extends STAAD.Pro, which anchors Bentley\’s world-leading structural analysis and design software, to accommodate the...

BENTLEY STAAD Advanced Concrete Design RCDC 06.03.01.02 Advanced Concrete Design SoftwareTake your concrete analysis to a new level with STAAD Advanced Concrete Design. Designed by practicing engineers for practicing engineers, STAAD Advanced Concrete Design was purpose-built by our expert partners, S-Cube Futuretech. Maximize your software investment by combining the power of Bentley’s STAAD.Pro analytical engine with robust concrete design. Produce drawings according to global design standards. Design in compliance with India (IS), United Kingdom (GB), Europe (EC), or United States (ACI) design standards. Design concrete elements, such as beams, columns, and walls in an automated and interactive workflow. Experience full control of your designs by setting individual design parameters. Quickly produce detailed design drawings for beam line elevations, column line...

KAPPA Emeraude v2.60.08Production logs, or PLs, are run on production or injection wells, with the goal of evaluating the well itself and/or the reservoir performance. Put simply, for producing wells, we need to determine what fluid is coming from which zone, and how much. The PL string may be a relatively simple, conventional configuration run in vertical or deviated wells that, based on the assumption the tool is centralised in the flow, measures the bulk flowrate using a calibrated spinner and then discriminates the fluid type(s) using a suite of tools usually including density, pressure and temperature applied to flow correlations in Emeraude. With the proliferation of horizontal wells in recent years the PL strings have, by necessity, become increasingly...

ELPLA (ELASTIC PLATE) is a program for analyzing raft foundations of arbitrary shape with the real subsoil model. The mathematical solution of the raft is based on the finite element method. The program can analyze different types of subsoil models, especially the three-dimensional Continuum model that considers any number of irregular layers. A good advantage of this program is the capability to handle the three analyses of flexible, elastic and rigid foundations. In addition, the mesh of the rigid and flexible foundations can be constructed to be analogous to the finite elements mesh of the elastic foundation. Therefore, the three analyses can be compared easily and correctly. ELPLA can also be used to represent the effect of external loads, neighboring...

BENTLEY Multiframe CONNECT Edition x64 V21.11.00.84Multiframe combines static and dynamic analysis with Plate, all steel design codes and Shape Editor to provide a complete 3D beam, frame and plate analysis system. It is ideal for analysing static, dynamic, hydrostatic and motion induced loads on hull and superstructures. Exports data to Excel for post-processing and reads and writes AutoCAD DXF models.Product:BENTLEY Multiframe CONNECT Edition x64 V21.11.00.84 Lanaguage:english Platform:Win7/WIN8 Size:1DVD

Lumerical DEVICE 7.11.1416,Lumerical 2017bKey DEVICE applications include: Semiconductor devicesOptoelectronicsPhotovoltaic devicesMetamaterialsThermal tuning/switchingPlasmonicsSolvers Available:DEVICE CT DEVICE HTIntegrated design environment, charge transport solver Integrated design environment, heat transfer solverDEVICE DGTD Integrated design environment, optical solver Design EnvironmentBuild 1D, 2D, or 3D modelsImport from STL, GDSII, STEPParameterizable simulation objectsGeometry-linked sources and monitorsDomain partitioned solidsDEVICE CAD EnvironmentAdaptive Finite-Element MeshRepresent arbitrary geometries efficientlyAutomatic refinement based on geometry, materials, doping, and optical or heat generationsAdaptive MeshOptical modeling (DEVICE DGTD)Discontinuous Galerkin Time DomainObject-conformal meshing free of staircasingHigher polynomial ordersGaussian vector beamsFar-field and grating projectionsBloch boundary conditionsRequires DEVICE DGTD licenseRead more on DEVICE DGTD here. DGTD Heat transfer modeling (DEVICE HT)Steady state and transientHeat transportElectrical conductive transportRequires DEVICE HT licenseDEVICE Heat TransferCharge Transport modeling (DEVICE CT)Drift-diffusion solverDC and transient...

Lumerical MODE Solutions 7.11.1416,Lumerical 2017bKey MODE Solutions applications include: Integrated OpticsTapersCouplers and ResonatorsBragg GratingsThermal tuning / switchingElectro-optic modulatorsSurface plasmon waveguidesGraphene waveguidesFibersTransmission Lines3D CAD EnvironmentBuild 1D, 2D, or 3D modelsDefine custom surfaces and volumesImport from STL, GDSII or imagesImport spacial refractive index dataParameterizable simulation objectsMODE CAD EnvironmentAdvanced Conformal MeshCompatible with dispersive and high-index contrast materialsSubmesh sensitivity to geometryHigh accuracy for coarse meshRead our Conformal Mesh Whitepaper (requires registration)Conformal MeshModal AnalysisSpatial field analysisModal frequency analysisOverlap analysisBend loss, confinement factor, modal area analysisModal AnalysisBidirectional Eigenmode Expansion (EME) PropagationIdeal for large propagation lengths in waveguide or fiber devicesAutomatically sweep device length and periodicityRead the EME solver physics overviewEME Propagation2.5D variational FDTD (varFDTD) PropagationRapid analysis of planar waveguide geometriesAchieve close to 3D FDTD accuracy with...

Lumerical FDTD Solutions 8.19.1416,Lumerical 2018Key FDTD Solutions applications include: CMOS Image SensorsSolar CellsOLEDsIntegrated OpticsSurface MetrologySurface PlasmonsMetamaterialsPhotonic CrystalsLiquid CrystalsGraphene3D CAD EnvironmentBuild 1D, 2D, or 3D modelsDefine custom surfaces and volumesImport from STL, GDSII or imagesImport spacial refractive index dataParameterizable simulation objectsFDTD CAD EnvironmentAdvanced Conformal MeshCompatible with dispersive and high-index contrast materialsSubmesh sensitivity to geometryHigh accuracy for coarse meshRead our Conformal Mesh Whitepaper (requires registration)Conformal MeshMulti-coefficient ModelsAccurately represent real materials over broad wavelength rangeAutomatically generate from sampled data or user defined functionsRead our Multi-coefficient Model Whitepaper (requires registration)Multi-coefficient ModelsNonlinearity and AnisotropySpatially varying anisotropyWide range of nonlinear, negative index, and gain modelsDefine new material models with flexible material pluginsFDTD NonlinearityBroadband Fixed-angle Source Technique (BFAST)Inject light at a fixed angle over a broad spectrum...