Gentlemen, which software is the best for dynamic simulation at the moment?

It seems this guy isn’t professional enough; the most advanced tool for dynamic simulation is gPROMS. The new generation of dynamic simulation software – gPROMS. Introduction to gPROMS®: Process System Enterprise Ltd. is a high-tech company based at the Empire College in the UK. PSE aims to become the world’s leading company in providing model-based technologies to the processing industry. Due to its years of leadership in the development of this technology, as well as its extensive experience in working with users in the processing industry, PSE is capable of providing users with comprehensive and high-quality solutions. gPROMS® process simulation software is a general-purpose process simulation system developed by PSE Corporation, and it represents one of the most advanced software packages for process modeling, simulation, and optimization in the world today. gPROMS® is suitable for the processing industry, where it is used to create models of continuous or batch process workflows, thereby enabling the simulation and optimization of such processes. gPROMS® is widely used in various processing industries such as the chemical industry, petrochemicals, oil and gas processing, papermaking, fine chemicals, the food industry, pharmaceuticals, and biotechnology. The core module of gPROMS® is ModelBuilder, which is characterized by structured model development ； Features a rich library of unit operation models for processing processes ； Features experimental parameter design functionality ； Powerful editing features ； Rich library of practical tools ； Misdiagnosis and result output management ； Enhanced physical property calculation ； There is a Run Time version of gO:RUN ； As well as enhanced solvers. The go:Simulink and go:MATLAB modules of gPROMS® allow process models and process control models created using gPROMS®’s ModelBuilder to be incorporated as blocks into Simulink® and MATLAB® workflows for simulation calculations. gPROMS®’s go:CFD enables chemical reaction engineers to combine gPROMS® with computational fluid dynamics (CFD), taking into account factors such as flow behavior, heat and mass transfer, and reaction kinetics, in order to create more accurate models of complex reaction systems. gPROMS®’s go:CAPE-OPEN allows models created using gPROMS® to be run in any simulation software that is compatible with CAPE-OPEN (the Computer-Aided Process Engineering Open Standard), such as AspenPlus, Hysys, PRO/II, and so on.

Thank you to the brother from the 2nd floor. However, this PSE seems to have rather unfamiliar advantages; I’m not sure who in China uses it. Most research institutions and design institutes in China use PROII and Aspen instead. Has the brother mentioned used gPROM personally?

GPROMS is still pretty good; I wonder if version 4 has been released yet

gPROM is indeed rarely used in China, but widely used abroad. I think the biggest feature of gPROM is modeling, namely model development. Our lab has gPROMs.

gPROM is more suitable for research compared to PROII and Aspen.

I think Aspen is good; I recommend giving it a try. I know a bit about the others, and they seem average