Peiming Qin Email and Phone Number

My name is Peiming Qin,And you can call me Peiming.And i want to apply for the position of Concrete Tower/Foundation engineer.I have 3years wind turbine tower design experience.I'm familiar with relevant design code,such as IEC61400-6/EN1992-2004/DNV-ST-0126,and i can use finite element method to design and calculation of structures in wind turbine.Now I’m in china,work in Goldwind,and i can have further communication at any time.My major in college is civil engineering, which is mainly about the structural design and research of UHPC materials. My graduation thesis mainly studied the quasi-static experiment and analysis of shear wall using UHPC as the non-disconnecting external template. Although UHPC has very high strength and durability, it is generally used in the key parts of structural stress due to its high price. By using Matlab programming, I solved the stress mechanism of concrete units using UHPC without disassembling external molds. The corresponding finite element analysis is compared with the experimental results. My first job was in Shanghai Fengling New Energy Co., LTD., a company that designs and manufactures concrete towers for wind power. Here, I learned about the relevant design specifications of concrete tower for wind power, how to use finite element software to analyze the key positions of concrete tower, and write the calculation report of tower. And the parametric modeling work of the concrete tower with Inventor greatly improved the drawing efficiency of the concrete tower structure drawings. My second job was in Goldwind Technology, a leading enterprise in the wind power industry in China and even the world, where I was mainly involved in the strength check of offshore wind power towers (steel towers). And the calculation software of tower check is written by Matlab, which can read tower load, check the input tower parameters for limit, buckling, fatigue, and flange related check. Ansys finite element software is also used to evaluate the transport and lifting conditions of the tower and the stress concentration coefficient of the door. Participated in the main structure design of the tower of the 16MW largest offshore wind turbine of Goldwind. In addition to the tower work, he also assisted colleagues in checking the strength of the floating body of the three-column floating fan using the Sesam hydrodynamic analysis software. And wrote the calculation report.