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Cual de estos programas me recomiendan para comenzar? Cual es el mejor y mas poderoso? Gracias por la respuesta. Ya consegui la suite completa de aspen v Todavia no prbe el aspen. El Hysys no me gusto mucho no se si sera la version que tengo, pero me parece anticuado y complicado.

El proII es interesante y moderno. Esto es cierto? En cuanto a hysys, el mismo es un simulador muy potente para procesos petroquimicos con la ventaja de tener un interfaz muy amigable y facil de usar. Yo creo que lo mejor es usar Aspen Plus o Aspen Hysys ambos son poderosisimos y bastante amigables. Lei en tu mensaje que habias conseguido la Suite completa, me puedes compartir un poco de tu experiencia de como lo conseguiste?.

Agradecere de antemano tu ayuda. Antonio Sandoval Estudianto 8vo semestre I. Centro Universitario de Cs. Exactas e Ing. Universidad de Guadalajara. Hola Antonio: Muy interesante la idea de un elaborar un simulador.


Asegurate de profundizar en la bibliografia de simulacion de procesos, alli es donde encontraras herramientas mas utiles para tu proposito. Otro tema seria recomendable que estudies los estandares sobre simulacion de procesos tal como el CAPE OPEN, pera que tu sistema sea compatible con los ya existentes y con las bases de datos termodinamicas existentes.

Poseo hysys 3. Alguien probo el COCO simulator? Amigo, disculpa la moslestia Saludos y gracias. Otro aspecto interesante es estudiar es el uso de estos sistemas en destilaciones o extracciones reactivas u otras operaciones novedosas. Es cierto que existen versiones de Aspen Segun estos documentos de la FTC, la fusion disminuye la competencia entre ambas empresas. Es interesante de leer ya que dan un resumen de las situacion del mercado de simualdores y explican en terminos simples que es un simulador, donde se usan etc.

Luego de leer todas las opciones, me doy cuenta de que es una necesidad el manejar simuladores de alto nivel como HYSYS o la suite de Aspen. Digo lo anterior por experiencia propia. Pasar al contenido principal. Principal Contenido Newsletter Acerca de Contacto.

Ademas: cuales son las ultimas versiones de cada uno? Aparte de los paquetes comerciales hay proyectos de simuladores abiertos. Registrado: Domingo, 9 Abril, - This website uses cookies to function and to improve your experience.

By continuing to use our site, you agree to our use of cookies. The interfacing products make it possible to also integrate simulation with other engineering and mathematical software used in product and process design. Often, the key to successful engineering simulations is developing experimentally validated models that replace the use of experiments and prototypes alone, and give a deeper understanding of the studied design or process.

Compared to running experimental methods or testing prototypes, modeling allows for quicker and often more efficient and accurate optimization of processes and devices. You can also be creative in a way that is impossible or a lot harder with traditional approaches, thanks to the ability to couple any number of physics phenomena together and input user-defined physics descriptions, with associated equations and expressions, directly in the graphical user interface GUI.

Accurate multiphysics models consider a wide range of possible operating conditions and physical effects. This makes it possible to use models for understanding, designing, and optimizing processes and devices for realistic operating conditions. Geometries are defined by sequences of operations, where each operation is able to receive input parameters for easy edits and parametric studies in multiphysics models.

The connection between the geometry definition and defined physics settings is fully associative — a change in the geometry will automatically propagate related changes throughout the associated model settings. Geometric entities such as material domains and surfaces can be grouped into selections for subsequent use in physics definitions, meshing, and plotting.

comsol vs aspen

Additionally, a sequence of operations can be used to create a parametric geometry part, including its selections, which can then be stored in a Part Library for reuse in multiple models. Import operations are like any other operation in the geometry sequence and can be used with selections and associativity for performing parametric and optimization studies.

In converse to defeaturing, virtual operations do not change the curvature or fidelity of the geometry, while yielding a cleaner mesh. View a list of geometry modeling features. The physics interfaces are dedicated user interfaces for a particular scientific or engineering field, where all aspects for modeling the phenomena in question are made available for manipulation — from defining the model parameters to discretization to analyzing the results of the solution.

Upon selecting a particular physics interface, the software suggests available study types, such as time-dependent or stationary solvers.

The software also automatically recommends the appropriate numerical discretization of the mathematical model, solver sequence, and visualization and postprocessing settings that are specific to the physics phenomena. The physics interfaces can also be combined freely in order to describe processes that involve multiple physics phenomena. View a list of physics-based modeling features. To really be useful for scientific and engineering studies and innovation, a software has to allow for more than just a hardwired environment.

It should be possible to provide and customize your own model definitions based on mathematical equations directly in the user interface. Adding and customizing expressions in the physics interfaces allows for freely coupling them with each other to simulate multiphysics phenomena.

The capabilities for customization go even further. With the Physics Builder, you can also use your own equations to create new physics interfaces for easy access and manipulation when you want to include them in future models or share them with colleagues. View a list of equation-based modeling features. The predominant discretization methods are finite-element based for a complete list of methods, see the solvers section of this page.

Accordingly, the general-purpose meshing algorithm creates a mesh with appropriate element types to match the associated numerical methods. For example, the default algorithm may use free tetrahedral meshing or a combination of tetrahedral and boundary-layer meshing, with a combination of element types, in order to provide faster and more accurate results. For all of the mesh types, mesh refinement, remeshing, or adaptive meshing can be performed during the solution process or study step sequence.

View a list of meshing features. For example, for solid mechanics analyses, the software suggests time-dependent, stationary, or eigenfrequency studies; for CFD problems, the software would only suggest time-dependent and stationary studies. Other study types can also be freely selected for any analysis that you perform. Study step sequences structure the solution process to allow you to select the model variables for which you want to solve in each study step.

The solution from any of the previous study steps can be used as input to a subsequent study step.Redhead TS Aspen Brooks naughty threesome. Pretty teen TS Aspen Brooks takes in an enormous dick. Big cock shemale anal bangs bf.


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Learn More. This unique capability fo Accurately modelling the solids section of a process is critical to product quality. Commonly, the solid and fluid sections of a process are modelled separately, making troubleshooting and optimizing Sustainability is emerging as a critical business topic, as companies focus resources toward lowering emissions, waste and energy use in their production process. In this article, Paige Morse, Chemica Looking for quick demonstrations on using AspenTech products to solve your engineering and operations challenges?

Browse this compilation of bite-sized videos produced by AspenTech experts covering all our major solutions. Find on-demand training for applying AspenTech products to your complex process engineering and operational problems.

Our comprehensive eLearning courses, created by AspenTech experts, offer self-guided learning paths for all our major solutions. We offer comprehensive libraries of classroom and virtual expert-led training courses for our process engineering and operational solutions. All courses are created and produced by AspenTech experts.

Technology That Loves Complexity. Aspen Plus. Maximize profits using a plant-wide simulation solution that combines unparalleled accuracy and engineering collaboration with time-saving workflows. Contact Us. Comprehensive for the Chemical Industry Use integrated modeling for batch and continuous processes from innovation through operations. Intuitive, Time-Saving Workflows Employ seamless, integrated tools for costing, energy management, safety analysis and equipment design.

Get visual insights with a modern user interface for today's engineers. Operational Decision Support Enable lifecycle modeling from design through operations for faster troubleshooting, online performance monitoring and real-time optimization. Trusted Process Simulation Rely on a process simulator built on over 35 years of experience and feedback from top chemical companies. Access the latest innovations in process simulation. What's new in V11?

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Boost profitability by closing the gap between planning and actual operations through the Aspen Plus V11 release. Improve batch operations through visual scheduling insights, optimize distillation columns through customizable tray design and added configuration flexibility and build your models with confidence with expanded physical property capabilities.

Choose traditional desktop or deployment in the cloud. Learn More about V Basic Chemicals. Bulk Chemical Process Improvement. Boost bulk chemical quality and throughput. Improve production rates, yield, energy efficiency and quality through rigorous process modeling tools.

Fast Bid Packages for Licensors. Reduce the cost and time of designing and releasing bid packages with an integrated estimating platform leveraging reusable modular templates.Broadening the capabilities of chemical engineers everywhere with enhanced process simulation software, CHEMCAD is designed to help you drive productivity, accomplish day-to-day tasks, and tackle the toughest chemical process models.

CHEMCAD is an integrated suite of intuitive chemical process simulation software that fits into the chemical engineering workflow and supercharges an engineer's efficiency. Perhaps most significantly, it continues to evolve to meet the ever-expanding needs of chemical engineers. Our outstanding technical support engineers understand chemical engineers' challenges, and are happy to help you use the software to address every task, every project, every job. The possibilities are endless: operability check-out, PID loop tuning, operator training, even online process control and soft sensor functionality.

CC-THERM makes use of multiple international standards for design and materials so you can streamline the process of sizing a heat exchanger accurately. Available as an add-on or standalone product, the design and rating program covers shell-and-tube, plate-and-frame, air-cooled, and double-pipe exchangers.

Rigorous designs are based on physical property and phase equilibria data. Batch distillation simulation software allows you to efficiently design and preview scenarios with intuitive, operation step-based input. CC-BATCH is extremely flexible, with many operating modes and the capability to model any number of operating steps and conditions.

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Optimize batch operation, minimize intermediate "slop" cuts, and increase productivity. Thoroughly analyze any pipe network with our piping and safety relief network simulation software. CC-SAFETY NET combines the latest in two-phase relief device calculation, pressure drop calculation, physical property calculation, and precise phase equilibrium calculation to deliver fast, accurate answers.

We go the extra mile when it comes to providing reliable and comprehensive support. Give CHEMCAD a test run and see why enhanced process simulation is a true step change for productivity in chemical engineering planning and design. BENEFITS Highly customizable, flexible, and affordable All modules work within a single graphical user interface for seamless interaction Adapts to how you approach engineering challenges Appealing graphics and reports are easy to export to third-party software Easily integrates into chemical engineering computing environment Personalized technical support second to none Sign-up for a free trial.

Take advantage of: Phone and e-mail access to high-level customer support engineers Customer portal with robust knowledge base Ticketing system to track feature requests and software improvements Helpful library of training videos.

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Dicover our Training Opportunities.Create an AI-powered research feed to stay up to date with new papers like this posted to ArXiv. Skip to search form Skip to main content You are currently offline. Some features of the site may not work correctly. DOI: In this work, the process of ethane recovery plant was simulated for the purpose of Front End Engineering Design.

Twister technology offers high efficiency, more ethane recovery and lower temperature than JT valve and turbo-expander process. View via Publisher. Alternate Sources.

Save to Library. Create Alert. Launch Research Feed. Share This Paper. Figures and Tables from this paper. Figures and Tables. References Publications referenced by this paper. Thermally stable polymers for advanced high-performance gas separation membranes Mashallah RezakazemiMohtada SadrzadehTakeshi Matsuura Chemistry Maximization of natural gas liquids production from an existing gas plant Ahmed A.

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