At present, my country is vigorously developing independent and controllable industrial software, and the government has significantly increased support for the development of domestic industrial software.

In the 18th meeting of the Deepening Reform Commission at the beginning of this year, the advantages of the new national system were brought into play, and the "stuck neck" technology in important fields was accelerated, which sent a very strong signal to the development of industries such as industrial software that are related to independent and controllable industry. It gives a strong endorsement of the sustainability of the medium and long-term industrial software policy.

As early as February this year, industrial software was selected as the first batch of key projects in the national key R&D plan of the Ministry of Science and Technology for the first time, marking that industrial software has become the highest-level strategic deployment in the national science and technology field. Foot and support. So, how is industrial software "refined"? How to revitalize China's industrial software industry and achieve "overtaking on a curve"?

1. Industrial software is created in long-term industrial practice to support innovative practices in industry

The emergence and development of industrial software is an important symbol of the third industrial revolution. Patrick from 1957

Hanratty has developed the world's first CNC programming software PRONTO. Since then, the global industrial software has experienced a magnificent innovation process for more than 60 years.

Many well-known industrial software originates from the innovative practices of world-class manufacturing companies, especially the aerospace and automotive industries. For example, the simulation software Nastran originated from NASA in the United States, and the connotation of its name is NASA Structural Analysis. Boeing, McDonnell Douglas, General Electric and General Motors have also spawned many of today's mainstream industrial software. The demands put forward by these world-class companies in industrial practice have become the source of industrial software innovation.

2. The development of industrial software is the product of the vigorous development and cross-integration of science and technology

Industrial software is the product of the vigorous development and cross-integration of science and technology in various fields such as computer science and mathematics, physics and management. As early as more than 200 years ago, French scientist Spa Monge invented descriptive geometry, which laid the foundation for engineering graphics. The 3D modeling technology has gone through the development stages of wireframe modeling, surface modeling, solid modeling and feature modeling.

The rapid improvement of computing power, graphics processing power, and storage capacity of computers, the vigorous development of operating systems, graphical interfaces, external devices for information input and output, and high-performance computing and cloud computing support the continuous innovation of various industrial basic software.

3. The development of industrial software requires continuous research and development, iteration, improvement and reconstruction

The R&D investment of the world's leading industrial software companies accounts for more than ten percent of revenue, far exceeding that of technology hardware companies. Continued investment in R&D is critical to establishing and maintaining competitive barriers in industrial software.

Industrial software has strong vitality. Industrial software that can be widely used in enterprises is always the result of continuous improvement requirements in the application industry, and continuous iteration and improvement by software developers. This is a process from quantitative change to qualitative change. .

Industrial software is a grand building built on mathematical science, physical science, computer technology and industrial technology, a palace of complex knowledge.

The most wonderful thing about industrial software is that once it integrates the technology of its predecessors, it rarely loses. This is different from any kind of equipment. If an old engineer is gone, the on-site process may be broken. But industrial software is layer by layer, not only from the efforts of software manufacturers in mathematics and physics, but also from the feedback from millions of industrial users - this forms a solid moat. Only in this way, it integrates such different essences, can industrial software become the aggregator of human knowledge. OrbiSimulation® series products, a general-purpose process simulation software mainly for the process industry. Available in Orbi Simulation®Plus (steady-state process simulation platform) and Orbi Simulation® Dynamics (dynamic process simulation platform).

Orbi Simulation ® Plus steady-state Simulation Platform

It can be combined with the relevant courses of "chemical engineering design" of the chemical industry to help users gain something in the software learning of process design; provide a stable and efficient steady-state for the scientific research, work and communication of users in chemical engineering colleges, chemical engineering design institutes and other related units Simulation modeling platform. Orbi Simulation® Dynamics Dynamics Simulation Platform

An industrial dynamic simulation software, which can be applied to process dynamic simulation simulation in the fields of petroleum, storage and transportation, natural gas processing, petrochemical, fine chemical, pharmaceutical and other fields, and can realize a series of dynamic operations such as start-up and shutdown, failure, and emergency. Simulation of the process. 9th Floor, Building 11, Artificial Intelligence Town, No. 1818-2, Wenyi West Road, Hangzhou
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