Analysis of Pressure Control Technology in Material Forming and Control Engineering
Abstract
This paper analyzes the technical challenges and development status of pressure control technology in material forming and control
engineering. It systematically reviews research advancements in key technologies such as high-precision pressure sensors, real-time pressure
distribution monitoring, and multi-point pressure acquisition with signal processing. To address existing issues, the paper proposes solutions
including developing integrated intelligent sensing systems, constructing digital twin models, and optimizing multi-physics coupled control
strategies. These efforts aim to drive innovative applications of pressure control technology in advanced manufacturing fields, thereby enhancing material forming precision and product quality stability.
engineering. It systematically reviews research advancements in key technologies such as high-precision pressure sensors, real-time pressure
distribution monitoring, and multi-point pressure acquisition with signal processing. To address existing issues, the paper proposes solutions
including developing integrated intelligent sensing systems, constructing digital twin models, and optimizing multi-physics coupled control
strategies. These efforts aim to drive innovative applications of pressure control technology in advanced manufacturing fields, thereby enhancing material forming precision and product quality stability.
Keywords
Material forming and control; Pressure control technology; Status quo
Full Text:
PDFReferences
[1] Zhang Yang, Yao Feng, Zheng Guangqiang, et al. Study on Pressure Control Technology for Automatic Filament Winding in ResinBased Composite Materials [J]. Science & Innovation, 2018(23):6-8+10.
[2] He Xiaodong, Shi Yaoyao, Zhao Pengbing. Pressure Control Technology for Composite Fabric Tape Winding Forming [J]. Journal of
Aeronautics, 2014, 35(03):868-877.
[3] Sun Xiaohui and Nie Xiaochun. Influence of Processing Parameters on Mechanical Properties of ABS-Based Composite Materials [J].
Science & Technology Innovation and Application, 2025, 15(11):73-76.
DOI: http://dx.doi.org/10.70711/cstm.v3i2.8447
Refbacks
- There are currently no refbacks.
