Tags :process-simulation

AVEVA PIPEPHASE Pipeline Network Design 2027 AVEVA PIPEPHASE (formerly SimSci PIPEPHASE) is a steady-state multiphase flow simulator for oil and gas production networks and pipeline transmission systems . It calculates pressure, temperature, and liquid holdup across gathering networks and pipeline systems . Core Capabilities Fluid Modeling: Handles single-phase, black oil, and compositional mixtures. Extensive physical property database with 1,800+ components and 32 pressure-drop correlations . Network Simulation: Models arbitrary networks—tree-shaped or loops with undefined flow directions. Includes pumps, valves, compressors, heat exchangers, and separators . Applications: Single-well sensitivity analysis, field-wide multi-year planning, CO₂ pipelines, steam-assisted gravity drainage (SAGD), hydrate prediction, gas lift analysis, and heat transfer in heavy oil pipelines . Production Planning: Time-stepping feature integrates reservoir decline curves with...

Synopsys Sentaurus TCAD 2026: A Platform for Advanced Semiconductor Simulation Sentaurus TCAD is Synopsys’ industry-standard Technology Computer-Aided Design (TCAD) software suite for simulating and optimizing semiconductor processes and devices. It is widely recognized in both academic research and industrial development as the leading platform for semiconductor device simulation . The 2026 version continues this legacy, with significant developments and applications documented throughout the year. Key Applications and Developments in 2026 Advanced Device and Materials Modeling In 2026, Sentaurus TCAD has been central to simulating advanced transistor designs, including conventional MOS structures, High Electron Mobility Transistors (HEMTs), and next-generation power devices . The platform’s ability to handle complex materials and structures has been demonstrated in recent studies, such as the simulation...

Honeywell UniSim Design Suite 510 (R510): Process Simulation Platform UniSim Design Suite R510 is the latest release of Honeywell’s comprehensive process modeling software, expanding support for energy transition applications, AI/ML hybrid modeling, and strengthening core simulation capabilities . The R510 version integrates new thermodynamics, electrolyzer and membrane modeling for green hydrogen and carbon capture, and enhanced distillation and compressor functionalities . Key New Features in R510 Energy Transition & Sustainability Green Hydrogen: Dynamics support for Alkaline (AEL) and Proton Exchange Membrane (PEM) electrolyzers with degradation modeling and improved cross-calculations for H₂/O₂ Carbon Capture: Membrane module now supports dynamics; rate-based column modeling enhanced with eNRTL electrolyte support for CO₂/H₂S removal, biogas upgrading, and solvent-based capture systems Biomass Gasification: New property database...

IntelliSuite 9.2: MEMS Design & Simulation Software IntelliSuite 9.2 is the latest major release of Intellisense Software Corporation’s industry-leading CAD/CAE platform for micro-electromechanical systems (MEMS) design, microfabrication simulation, and multiphysics analysis. Announced in 2022, this version represents a significant evolution in MEMS simulation, with particular emphasis on photonics and optoelectronics-based materials . Key New Features in IntelliSuite 9.2 Photonics & Optoelectronics Focus Expanded Material Support: Enhanced simulation capabilities for photonics and optoelectronics-based materials, opening new horizons for advanced research and industry applications Optical Device Design: Tailored for MEMS devices incorporating optical and photonic components The Three Pillars of MEMS Simulation IntelliSuite 9.2 encompasses the three core pillars of MEMS simulation : Multiphysics: Comprehensive finite element analysis for thermal, electrical, mechanical,...

Arena Simulation 16.1 | Discrete Event Simulation & Process Modeling Software Arena Simulation 16.1 is a powerful, flexible simulation platform for modeling, analyzing, and optimizing complex business processes and dynamic systems. It enables analysts and engineers to create digital twins of real-world processes to evaluate performance, identify bottlenecks, and test improvement scenarios across manufacturing, logistics, healthcare, and service industries. Core Functionality Overview: Drag-and-Drop Process Modeling: Intuitive graphical interface with a library of pre-built modeling constructs (modules, flowcharts) for rapidly building detailed simulation models without programming. Statistical Analysis & Scenario Comparison: Includes robust statistical tools for input data analysis and output analysis, allowing users to run multiple scenarios (what-if analyses) and compare key performance indicators (KPIs) like throughput, cycle time, and...

Simufact Additive 2024.3: The Digital Tool for Reliable Metal 3D Printing Simufact Additive 2024.3 is a specialized process simulation software focused on metal additive manufacturing (AM), particularly Laser Powder Bed Fusion (LPBF/DMLS/SLM) and Directed Energy Deposition (DED). It enables engineers to virtually build a part layer-by-layer, predicting manufacturing-induced issues like distortion, residual stress, and support structure requirements before any physical printing occurs, thereby reducing costly trial-and-error and ensuring first-time-right builds. Core Function: Virtual Build Optimization for Metal AM Its primary role is to create a digital twin of the entire printing and heat treatment process. By simulating the thermal history and resulting thermo-mechanical effects, it identifies potential part failure (warping, cracking) and provides data-driven insights to optimize the manufacturing plan....

HSC Chemistry 9.5.1.5: The Foundational Thermodynamic Workbench for Industry HSC Chemistry 9.5.1.5 is a widely respected and comprehensive software package for chemical reaction and equilibrium calculations, serving as a fundamental tool in extractive metallurgy, chemical engineering, and process development. Developed by Outotec, it combines an extensive thermochemical database with robust simulation modules, enabling engineers and researchers to model industrial processes from first principles. By performing heat and mass balances, predicting reaction products, and exploring “what-if” scenarios, HSC Chemistry provides the scientific basis for designing efficient, economical, and sustainable processes in fields like mineral processing, metal production, and environmental engineering. Core Philosophy: Predictive Process Insight Through Fundamental Thermodynamics The power of HSC Chemistry lies in its rigorous application of thermodynamics, primarily...

HSC Chemistry 10.7.0: The Essential Thermodynamic Workbench for Process Industries HSC Chemistry 10.7.0 is the definitive, all-in-one software package for chemical reaction and equilibrium calculations, widely regarded as an indispensable tool in extractive metallurgy, chemical engineering, and process development. Developed by Outotec (now part of Metso Outotec), it combines an extensive thermochemical database with powerful simulation modules, enabling engineers and researchers to model complex chemical processes from first principles. By calculating heat and mass balances, predicting reaction products, and optimizing conditions, HSC Chemistry provides the scientific foundation for designing efficient, sustainable, and economically viable industrial processes. Core Philosophy: Predictive Process Design Through Thermodynamics HSC’s power stems from its rigorous application of thermodynamics. Instead of relying solely on empirical data, users...

Hexagon Inspire v2025.1: The AI-Driven Generative Design & Process Simulation Powerhouse The frontier of engineering design is shifting from crafting a single solution to exploring a universe of optimal possibilities. Hexagon Inspire v2025.1 stands at this frontier as a transformative computer-aided engineering (CAE) platform that fundamentally reimagines the product development workflow. Moving beyond traditional simulation’s role as a validation step, Inspire embeds AI-driven generative design and process simulation at the very heart of the conceptual phase. It empowers engineers and designers to define performance goals and manufacturing constraints, then leverages sophisticated algorithms to automatically generate and evaluate hundreds of design alternatives that are lightweight, structurally efficient, and ready for production. This version, v2025.1, represents the culmination of Hexagon’s vision for...