Driving industrial simulation with AI, "Qinghang Feimai" turns "thinking becomes reality" into truth | Early-stage project

What is needed to repair a bone defect?

Firstly, there is the time cost, which takes about three months. Secondly, there is the money. Taking the UK as an example, the cost is as high as £10,000, which makes "bone defect treatment" a luxury and is also the norm in the global bone defect treatment field.

Now, this situation is being rewritten. A hospital, with the help of the FEMAI/AICoDe platform and relying on the world's largest single - center case series of 160 cases, has successfully optimized the bone defect treatment plan. Not only has the treatment time been significantly shortened, but the cost has also been remarkably reduced, making bone defect treatment a inclusive medical service "Made in China".

The FEMAI/AICoDe platform is an intelligent CAE workbench deeply integrating artificial intelligence launched by Qinghang Feimai. By combining fine - tuning of large language models with self - developed algorithms, it can autonomously call modular tools to build workflows and complete problems such as experimental sampling, batch simulation, feature engineering, model training, and intelligent optimization in one - stop.

Qinghang Feimai was founded in January 2024 by Zhuang Zhuo, an internationally renowned computational mechanics expert. The company focuses on the fields of AI + intelligent simulation, advanced material design, and structural optimization, and has made in - depth layouts in multiple industries such as aerospace, new energy vehicles, mobile phones and home appliances, and smart healthcare.

According to official sources, in the past, industrial simulation from model construction to result analysis often took several weeks. Now, with the help of the FEMAI/AICoDe platform, complex simulation tasks can be completed within minutes, significantly shortening the product R & D cycle. The FEMAI/AICoDe platform abandons the cumbersome and complex operation logic of traditional CAE software. Users only need to describe design requirements in natural language, and the platform can intelligently parse and automatically execute.

Industrial simulation is the "invisible cornerstone" of high - end manufacturing. It is indispensable for aircraft design, automobile crash testing, medical device R & D, etc. However, for a long time, the industrial software market in this field has been monopolized by European and American enterprises. Domestic enterprises not only face the risk of being "held back", but also problems such as high usage costs, complex operations, and low efficiency have always restricted industry innovation.

In the view of Zhuang Zhuo, the founder and chairman of Qinghang Feimai, the launch of the FEMAI/AICoDe platform has made domestic substitution that is independently controllable and has excellent performance a reality. "CAE software originated in the 1960s, and China started 20 years later in this field. But the arrival of the AI era has brought us new opportunities, and we no longer need to follow the old path of 'overtaking on a curve'."

It is reported that the self - developed 3D generative model of the platform, Text - to - CAD, can directly generate industrial parts and assemblies through users' language descriptions. It can output 3D model files and corresponding codes, and can also export general 3D format files for further processing. Even non - professional modelers can quickly create complex 3D models.

FEMAI/AICoDe

In addition, the self - developed AI modeling and simulation model can automatically generate parameter information such as meshes, materials, contacts, and boundary conditions through natural language descriptions. Through an intelligent modeling method, it avoids the cumbersome manual parameter setting process, reduces human errors, and at the same time improves the accuracy and efficiency of modeling. The self - developed AI constitutive model can automatically conduct experimental analysis on material strain rate, relaxation, creep, etc., view and compare the results, output constitutive material files, and apply them to solver calculations.

FEMAI/AICoDe

According to the official introduction, the modular architecture design of the FEMAI/AICoDe platform supports users to integrate third - party CAD/CAE tools. At the same time, it provides multiple service modes such as private deployment, cloud distributed computing, and API interface calls, which can meet the diverse needs of enterprises in different industries and of different scales.

For example, in the nuclear power field, based on the platform's intelligent simulation function, enterprises can more accurately simulate the performance of nuclear reactor components under extreme conditions; in the automotive industry, through the optimized design of the automobile structure, the vehicle weight can be reduced, and fuel economy and cruising range can be improved; in the aviation field, enterprises have shortened the R & D cycle of new aircraft components.

Currently, the platform has been verified and applied in multiple industries such as medical devices, composite materials, automobile structures, and nuclear engineering components. Official sources reveal that enterprises in the nuclear power, transportation, and aviation fields such as China National Nuclear Corporation, China Merchants Chongqing Communications Research & Design Institute, and state - owned enterprises of domestic large aircraft have also participated in the application verification of the platform.