The selection of foundation dynamic characteristic parameters is one of the difficulties in the design of dynamic machinery foundations, and the pile foundations for dynamic machinery in soft soil areas have certain particularities. Taking the research on the vibration problem of a dryer foundation in Shanghai as an example, this paper discusses several key issues in the design of pile foundations for dynamic machinery in soft soil areas. Suggestions are put forward for the selection of key parameters, such as vertical compressive stiffness and shear stiffness of pile foundations, as well as for the design of such pile foundations in soft soil areas, which can provide reference for similar engineering designs and research.
Ministry of Housing and Urban-Rural Development of the People’s Republic of China, 2020, Standard for Design of Dynamic Machine Foundation: GB50040-2020, China Planning Press, Beijing.
Ba Z, Fu Z, Han Q, et al., 2023, Concept, Theory and Application of Vibrating Mass for Large Complex Dynamic Machinery Foundations. Journal of Earthquake Engineering and Engineering Vibration, 43(3): 56–68.
Yan W, 2022, Dynamic Stiffness Test and Analysis of PHC Piles in Soft Soil Areas. Electric Power Survey & Design, 2022(4): 71–76.
Chen L, Tan Z, Qiu J, 2020, Analysis of the Influence of Pile Dynamic Stiffness on Low-Arranged Gas Turbine Foundations. Electric Power Survey & Design, 2020(6): 32–37.
Xuan Y, Wei Q, 2020, Discussion on the Application of m-Method Linear Finite Element to Simulate Pile Stiffness. Building Materials & Decoration, 2020(7): 258–259.
Ministry of Housing and Urban-Rural Development of the People’s Republic of China, 2015, Code for Testing Dynamic Properties of Foundations: GB/T50269-2015, China Planning Press, Beijing.
Shanghai Baosteel Industrial Testing Co., Ltd., 2020, Coal Dryer Test Report.
Liu W, 2020, Comparison of Calculations for Dynamic Equipment Foundations Between Chinese and European Codes. Science and Technology Innovation Herald, 17(14): 101–102.
Yao L, 2020. Numerical Calculation Analysis and Design of Dynamic Machinery Foundations. Construction & Design for Engineering, 2020(20): 3–7.
Fang Y, 2023, Research on Static and Dynamic Responses of Gas Turbine-Pedestal-Pile Foundation Three-Dimensional Finite Element, thesis, Fuzhou University.