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CEA Technology supplies a set of programs for designing, optimizing and verifying pressure vessels, heat exchangers and columns according to the major design codes for pressure vessels also known as the Central Project Manager.
The CPM is a Windows 32-bit program that enables you to calculate pressure vessels, heat exchangers and columns.
Features:
- Determining the optimal wall thickness, which will save material
- Both design- and verification calculations are possible
- Quick results and a printout which is accepted by any Notified Body
- Windows interface, with graphical possibilities, makes it user friendly
- Alternatives can be calculated in an easy way by changing the input values
The experiences of users is used to improve the program, users such as; engineering companies, plant owners, supervising authorities, universities and manufactures
- Preventing mistakes by using databases for materials, pipes, flanges, bolting and gaskets
- 3D graphic display of the total pressure vessel (also nozzle placement on cylinders, heads and cones)
- Input and output can be saved on a project (vessel and component) basis
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ANSYS DesignSpace is a powerful, yet easy-to-use simulation software package that gives product designers and engineers the power to conceptualize, design and validate all their ideas right on their desktops. Using Knowledge-Based Automation, this streamlined, user-friendly simulation tool is based on the same powerful ANSYS technology that has been resolving challenging design issues for more than 32 years.
Using DesignSpace, product design teams will produce better products in less time with fewer field failures. DesignSpace gives designers and engineers the ability to easily perform real-world, step-by-step structural, thermal, dynamic, weight optimization, performance optimization, vibration mode and safety factor simulations on all their designs. DesignSpace also includes the industry's best Web-based Report Generator.
DesignSpace is fully associative with the latest versions of major three-dimensional CAD packages, including: Autodesk Inventor, Solid Edge, Unigraphics, SolidWorks, Pro/ENGINEER, and Autodesk Mechanical Desktop. Plus, DesignSpace reads data from CATIA and common file geometry file formats like SAT, and Parasolid.
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Thanks to its full complement of nonlinear elements, nonlinear and linear material laws, and inelastic material models, ANSYS Structural easily simulates even the largest and most intricate of structures. Plus, its world-class nonlinear contact functionality allows for the analysis of complicated assemblies. ANSYS Structural offers users an intuitive, tree-structured GUI for easy definition of even the most intricate material models and a choice of iterative and direct solvers for optimal results (Note: Supplementary solvers may be added via the Parallel Performance for ANSYS module.)
Product development is a constantly evolving process and down the road, if you realize the need for additional simulation capacity, ANSYS Structural is easy to upgrade. Convert to ANSYS Mechanical and get the most powerful tool for both structural and thermal simulation. If you'd like to perform even more of these kinds of studies at the same time-including fluid flow, and high- and low-frequency electromagnetics-look to the ANSYS Multiphysics package.
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ANSYS AQWA
AQWA is a suite of integrated modules which addresses the vast majority of analysis requirements associated with the hydrodynamic assessment of all types of offshore/marine structure from spars to FPSOs, from mooring systems to buoys, from TLPs to semi-submersibles, from fishing vessels to large ships and from large ships to structure interaction.
Two packages are available. ANSYS AQWA Diffraction provides an integrated facility for developing the primary hydrodynamic parameters required for undertaking complex motions and response analysis. ANSYS AQWA Suite extends ANSYS AQWA Diffraction to include analysis modules for frequency and time domain with random waves (incl. slow drift), nonlinear time domain with larges waves, as well as static and dynamic stability including mooring lines. Model creation can be performed either in the Graphical Supervisor module of AQWA or via ANSYS®. Hydrodynamic analysis results (i.e., motions and pressures) can be transferred to ANSYS, ASAS or Nastran for subsequent structural analysis.
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We place free at your disposal a multitude d´outils essential.
The tools idéals for manufacturer, office d´étude or service handling.
Example: CD-ROM with calculator of load according to weight of the load, angles, standard d´élingage,...
and selection of the product corresponding to your need.
This CD-ROM puts to you free with provision data D.A.O. 2D and 3D of the rings of lifting, their obstructions, CMU according to 14 d´élingage types, d application examples, vidéos, d´emploi modes, documentations,...
More than 250 various examined rings of lifting...
The integrated computation software enables you to inform & find in a d´étapes minimum the solution with your need. Intelligent! it takes into account the parameters necessary (weight, Nb points of fixing, angles of inclination,...) of your project, attachment units which you use.
More than 600 various sights of draftsmanship can be exported free in files DXF in data 2D and innovation: geometrical data 3D in format JGES.
L utilisator of software CAD can then freely import these data in his software preferred, finished waste of time & tiresome modelings!
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The Global Standard for Engineering Calculations
Today's top engineers use Mathcad to perform, document and share calculation and design work. The unique Mathcad visual format and scratchpad interface integrate standard mathematical notation, text and graphs in a single worksheet - making Mathcad ideal for knowledge capture, calculation reuse, and engineering collaboration.
Mathcad is engineering calculation software that drives innovation and offers significant personal and process productivity advantages for product development and engineering design projects. Unlike proprietary calculating tools and spreadsheets, Mathcad lets engineers design and document engineering calculations simultaneously with comprehensive applied math functionality and dynamic, unit-aware calculations.
Benefits
- Easy to learn and use - no special programming skills required
- Increases productivity, saving engineers time and reducing errors
- Improves verification and validation of critical calculations
- Promotes calculation best practices and reuse of calculation content
- Complete documentation of calculations supports standards compliance
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Model-Based Design
Designers of embedded control system software face difficult challenges. In addition to the need to complete projects at low cost and within tight schedules, embedded control system software designers must provide predictable performance and competitive features for the products they deliver. Traditional methods of designing, testing, and implementing embedded control systems cause designers to wait until late in the design effort, when actual or prototype products and real-time embedded targets become available, to find out if software really works as it was intended to. Only then, as system integration occurs, can the designer uncover the errors that may have found their way into the product during the early design stages.
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MECANO Structure is a solver dédicated to the analysis of nonlinear structures.
MECANO Structure allows you to perform the static and dynamic analyses of non linear structures. Large displacements and large rotations are supported by all finite elements. Materials can be non linear as well (hyper-elastic, elasto-plastic, visco-plastic, visco-elasto-plastic, user defined, composites...).
Rigid-flexible and flexible-flexible 2D and 3D contact/friction conditions are also available.
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This module is specialized in the analysis of components and subsystems where it is necessary to evaluate structural deformations. It also contains special application modes for the modeling of shells, beams and plates.
Application modes in this module solve stationary and dynamic models, and let you perform eigenfrequency, parametric, quasi-static and frequency-response analyses. 3D solid as well as 2D plane stress, plane strain and axisymmetric analyses also allow the specification of elastoplastic and hyperelastic material laws as well as large deformations.
The Structural Mechanics Module works in tandem with COMSOL Multiphysics and the other discipline-specific modules to couple structural analysis to any multiphysics phenomenon.
Application Examples
Acoustic-structure interaction
Biomechanics and bioengineering
Buckling analysis
Elasto-plastic and hyperelastic analysis of materials
Electromechanical machinery
Fatigue analysis
Fluid-structure interaction (FSI)
Fracture mechanics
Multiphysics contact
Piezoelectric effects
Polymer mechanics
Stress-optical effects
Thermal friction
Thermal-structural interaction
Viscoelasticity and thermal creep
Viscoplasticity
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AMPERES Features:
- Direct links to major CAD packages for true representation of complex geometric shapes
- Static and phasor analysis modes
- Simulate non-linear, permanent magnet and lossy magnetic materials
- Export data to spreadsheet and other software programs for further analysis
- Display results with graphs, colour maps, animations, and contour, arrow or vector loci plots
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RAD-CON offers process optimization software for bell annealing that increases throughput, decreases energy consumption, and improves quality. The dynamic thermodynamic model calculates optimal heating and cooling times as well as process decision to improve cleanliness and sticker brake performance.
Although typically used for production, the product can also be used to simulate the annealing process for training and research / development. This tool allows new cycle development and process capacity calculations.
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ELECTRO Features:
- Choose a Boundary Element Method (BEM), Finite Element Method (FEM) or Hybrid BE-FE Method Solver that combines the strengths of both BEM and FEM analysis
- Direct links to major CAD packages for true representation of complex geometric shapes
- Assign constant or non-uniform charge distributions to surfaces
- Simulate non-linear conductivity and permittivity
- Analyze static electric fields, electrical conduction and quasi-statics of lossy dielectrics
- Export data to spreadsheet and other software programs for further analysis
- Display results with graphs, animations, and contour, arrow, streamline, or vector loci plots
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The award-winning Autodesk® Maya® software is a powerful, integrated 3D modeling, animation, visual effects, and rendering solution. Because Maya is based on an open architecture, all your work can be scripted or programmed using a well-documented and comprehensive API (application programming interface) or one of two embedded scripting languages, the Maya Embedded Language (MEL) or Python®. This level of openness, combined with an industry-leading suite of 3D visual effects, computer graphics, and character animation tools, enables you to realize your creative vision for your film, television, game development, and design projects.
Autodesk Maya Complete Features
Autodesk® Maya® Complete software, a comprehensive suite of tools for 3D modeling, animation, and rendering within a single, production-proven workflow, is the choice of award-winning digital artists and animators.
Intuitive User Interface
Data and Scene Management Tools
Polygon Modeling
NURBS Modeling
Subdivision Surface Modeling and Polygon Proxy Modeling
General Animation
Character Animation
Muscle and Skin System
Deformers
Rigid and Soft Body Dynamics
Particles and Fields
Maya Paint Effects
Toon Shader
Maya Artisan
3D Paint
Multiple Rendering Options
Rendering Controls and Effects
Integrated Scripting
OpenMaya API/SDK
Japanese Localization
Connectivity and Integration
CAD Data Transfer
Plug-ins
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Generate manufacturable class A polygonal models
Transform aligned point clouds into highly accurate polygonal models using PolyWorks' unique tolerance-based adaptive meshing technology.
Reconstruct perfect polygonal features from imperfectly digitized geometry.
Apply all typical CAD operations directly to polygonal models and prepare these models for a wide variety of manufacturing applications such as milling, rapid prototyping, reverse engineering, inspection, CFD & FEA, digital review, etc.
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STAR6 Modal
The STAR6 System™ combines the latest structural analysis technology with an intuitive interface based on Microsoft Windows™. From operating deflection shapes to modal and time domain analysis, from advanced analysis of multireference parameter estimation to structural dynamics modifications, STAR6 does it all.
STAR6 Acoustics
Optimized for identifying noise sources and quantifying sound power, CATSAcoustics / STARAcoustics simplifies testing and helps you attain unmatched testing accuracy.
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From CAD to mesh generation for analysis, ANSYS ICEM CFD provides sophisticated geometry acquisition, mesh generation, mesh editing, a wide variety of solver outputs and post-processing. ANSYS ICEM CFD is the only Universal pre-processor for analysis including FEA, CFD and other CAE applications such as particle transport and computational electro-magnetics. Used for engineering applications such as computational fluid dynamics and structural analysis, ANSYS ICEM CFD's mesh generation tools offer the capability to parametrically create grids from geometry in multi-block structured, unstructured hexahedral, tetrahedral, hybrid grids consisting of hexahedral, tetrahedral, pyramidal and prismatic cells; and Cartesian grid formats combined with boundary conditions. ANSYS ICEM CFD is the swiss army knife of meshing, our product vision is to provide a variety of flexible tools that can generate "any" type of mesh on "any" type of geometry for "any" solver or "any" application.
Key Features:
Intuitive built-in geometry creation and highly automated functionality for the modification and repair of imported CAD data.
Ability to work with both NURBs and faceted geometry types like STL or existing meshes.
Robust tools for creating all mesh types: hexahedral, tetrahedral, prism, pyramid, quad, tri or bar elements.
Highly tolerant of imperfect/overdetailed CAD data containing sliver surfaces, gaps, holes and overlaps (Patch Independence)
Smoothing, coarsening, refinement, element type conversion, linear or quadratic element support.
More than 100 CFD/CAE solver interface formats.
File based transfer of CFD and structural results for Fluid structure interaction simulations.
Automated batch processing through an intuitive scripting framework.
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The EFC-400 simulation software from Narda Safety Test Solutions calculates low frequency electric and magnetic field strengths from power generating plants in the frequency range 0-500 Hz. It is the ideal tool for simulating high-voltage overhead lines, buried cables, switchboard plant, substations, general electrical installations, overhead railway lines, and railway routes. From an expandable data archive, pylons and other power lines can be added to the three-dimensional land profiles for processing. Thereby, actual background field strengths and the various frequencies from field sources can also be taken into account.
The new protocol software provides complete support - from planning to commissioning and documentation - complies with all user requirements at every stage, and offers major savings in time and workload. A single click on the mouse can generate printed, ready-to-use forms for documenting and displaying low-frequency systems. A dialogue box guides the user through the entire application, making it virtually error-free. All entries are then saved directly in a database, giving trouble-free access at any time.
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Electromagnetic simulations are critical to electrical and electronic product designs across many industries. Applications involve everything from rotating machines (motors and alternators), sensors and actuators, power generators and transformer systems, and Micro Electro Mechanical Systems (MEMS). ANSYS Emag provides a comprehensive range low-frequency analysis features to address the diverse needs of the electromagnetics engineer, from motor design to ion optics.
ANSYS Emag simulates low-frequency electric currents and electric fields in conductive and capacitive systems, as well as magnetic fields resulting from currents or permanent magnets. It contains a comprehensive tool set for static, transient and harmonic low-frequency electromagnetic studies, permitting the simulation of electrostatic, magnetostatic, electromagnetic, electric circuit and current conduction. The program can also simulate charged-particle tracing in both electrostatic and magnetostatic fields. ANSYS Emag also features a complete range of automatic calculations for force, torque, inductance, impedance, capacitance, Joule losses, field leakage, saturation, and electric and magnetic field strengths.
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The ANSYS Fatigue Module adds the capability to simulate performance under anticipated cyclic loading conditions over a product's anticipated life span. Incorporating both Stress Life and Strain Life analyses with a variety of mean stress correction methods, including Morrow, Smith-Weston-Topper (SWT) and no mean effects, the Fatigue Module provides contour plots of fatigue life, damage, factor of safety and stress biaxiality. Additional results include rainflow matrix, damage matrix, fatigue sensitivity and hysteresis.
For Stress Life the fatigue module supports the following fatigue types:
Constant amplitude, proportional loading
Non-constant amplitude, proportional loading
Constant amplitude, non-proportional loading
For Strain Life the fatigue module supports the following fatigue types:
Constant amplitude, proportional loading
Non-constant amplitude, proportional loading
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VISI Progress is dedicated software for the design of Progressive Dies and Press Tools. Industry specific functionality provides a more productive and efficient design experience. Helping the designer with intelligent decisions will reduce the potential for error and greatly improve manufacturing productivity.
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Understanding the motion of liquids and gasses is crucial in many branches of engineering. Until recently, studies of fluids in motion were confined to the laboratory, but with the rapid growth in processing power of the personal computer, software applications now bring numerical analysis and solutions of flow problems to the desktop. In addition, the use of common interfaces and workflow processes make fluid dynamics accessible to designers as well as analysts.
Computational Fluid Dynamics (CFD) has become an integral part of the engineering design and analysis environment of many companies who require the ability to predict the performance of new designs or processes before they are ever manufactured or implemented.
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• Engineering Fluid Dynamics (EFD) is a different breed of Computational Fluid Dynamics (CFD) software that helps mechanical design engineers analyze and optimize complex fluid flow and heat transfer processes across a wide range of products and industries. FloEFD is based on the same mathematical foundation and numerical simulation in fluid dynamics as traditional CFD software, but 7 key technologies set FloEFD apart, making it quicker and easier to use, more robust, and more accurate. .
FloEFD is designed for use by engineers and is radically different from traditional CFD software in that it completely removes the complexities of numerical/mathematical schemes and computational mesh creation from the user, allowing engineers to focus on optimizing their designs in the shortest possible time. Also since FloEFD is embedded in CAD it uses 3D MCAD models directly – without the need for translation or data transfer. The FloEFD suite has been used in the design of various products from across a wide range of industries such as aerospace, automotive, medical devices, industrial machinery and pumps/ valves.
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FLUENT Flow Modeling Software
The broad physical modeling capabilities of FLUENT have been applied to industrial applications ranging from air flow over an aircraft wing to combustion in a furnace, from bubble columns to glass production, from blood flow to semiconductor manufacturing, from clean room design to wastewater treatment plants. The ability of the software to model in-cylinder engines, aeroacoustics, turbomachinery, and multiphase systems has served to broaden its reach.
Today, thousands of companies throughout the world benefit from the use of this important engineering design and analysis tool. Its extensive range of multiphysics capabilities make it one of the most comprehensive software tools available to the CFD community. With its long-standing reputation of being user-friendly and robust, FLUENT makes it easy for new users to come up to productive speed.
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ANSYS Mechanical Solutions
The ANSYS Mechanical solutions offer best-in-class simulation tools for product design and optimization that increase productivity, minimize physical prototyping and help deliver better and innovative products in less time. These solutions tackle real-world analysis problems by making product development less costly and more reliable.
The Mechanical family of products offers a full depth of analysis, from concept simulation to advanced analysis, and breadth of simulation capabilities, from linear to nonlinear coupled physics analysis. The products provide simulation tools for users - from designers to advanced analysts - providing a full complement of nonlinear and linear elements, material laws ranging from metal to rubber, and the most comprehensive set of solvers available.
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Product Line
SolidWorks gives you choices of 3D CAD, Design Validation, and Project Data Management software, plus Product Documentation software. No matter what size your business is, you can have exactly the tools you need to design better products.
Mechanical CAD
SolidWorks Premium
SolidWorks Premium software integrates a broad range of mechanical CAD, design validation, product data management, design communication, and CAD productivity tools in a single, affordable easy to use package.
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ANSYS Multiphysics integrates the power of direct (matrix) and sequential (load vector) coupling to combine the appropriate "physical fields" required for accurate, reliable simulation results in applications ranging from cooling systems, power generation, to biotechnology and Micro Electro Mechanical Systems (MEMS). The software easily simulates complex thermal-mechanical, fluid-structural and electrostatic-structural interactions, and includes the complete range of powerful ANSYS iterative, direct and eigenvalue matrix solvers.
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FLUENT for CATIA V5: Rapid Flow Modeling for PLM
FLUENT for CATIA V5 software brings fluid flow and heat transfer analysis into the CATIA V5 product lifecycle management (PLM) environment. It fully integrates FLUENT rapid flow modeling technology into the CATIA PLM process. Operating completely within the native CATIA data structures, FLUENT for CATIA V5 provides a full generative relationship between your manufacturing-ready geometry models and the flow analysis model. Design, analysis, and optimization happen all within the single workflow of the CATIA V5 PLM environment.
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Designers are creating PC boards that are higher density, higher power and smaller than ever before. Do you have the thermal analysis tools necessary to keep up with these advances?
ANSYS Iceboard directly imports all the data from your ECAD tool including component data, traces, power and ground planes and vias to automatically create a three-dimensional board model. Put this together with a complete component database and CFD analysis of the air and you get unprecedented accuracy and speed. ANSYS Iceboard models can be exported to TAS , ANSYS, NASTRAN, FEMAP and SINDA.
Automatically imports the native ECAD database
Accurate board representation including traces, vias, pads, and the true board shape
3D multi-layer board modeling
Automatic meshing of the board and air
Single or double sided boards
JEDEC based 3D geometry data
Compatible with new JEDEC CTM standard
ANSYS Iceboard provides all the advanced thermal capabilities you need to:
Identify and solve thermal problems early in design %u2013 when failures are least costly to fix
Improve the overall thermal management of your PCBs for better reliability
Slash development time without risks of over-design or failure in the field
Increase overall product reliability and speed-up your time-to-market
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ANSYS Icechip brings powerful and easy-to-use thermal analysis to Cadence APD and Sigrity UPD (previously Synopsys Encore). Make thermal analysis a seamless part of the design process.
Simulate all common packaging types - leaded, leadless, BGA, Multi-chip packages, stacked die, system-in-package and multi-chip packages including traces, vias and wire bonds.
Easy and intuitive user interface brings thermal analysis to designers without the need for a specialized background in heat transfer.
Perform trade studies to optimize the thermal design.
The direct ECAD interface imports every die (even stacked die), trace, via, solderballs, encapsulant and bond wires.
Import complex geometry like lead frames or heat spreaders from MCAD tools.
Define non uniform power at the die level to predict hot spots.
Export the model to ANSYS for stress analysis.
Put the component on a standard JEDEC board and simulate JEDEC thermal tests.
Fast solve time, typically minute
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OOFELIE VibroAcoustics, driven by SAMCEF Field, is a Virtual Prototyping tool for the analysis and design of acoustics and vibro-acoustics situations.
Through the use of SAMCEF Field modeling capabilities, it becomes possible to start simulating the performance of such systems even before a single physical prototype is built.
Design changes can be evaluated faster and in a more affordable manner, reducing the number of actual prototypes required to achieve a required design maturity, thus accelerating significantly product development.
Thanks to such a tool, the engineers acquire a capability to isolate and analyze the effect of each parameter. With such insight available at their fingertips, information can be quickly gained to correct or improve previous designs efficiently knowing which are the influent factors.
Reduced design time, improved quality and reduced costs are some of the benefits one can now reap from using OOFELIE VibroAcoustics, driven by SAMCEF Field.
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