Now showing items 79-82 of 82

    • 磁场下连铸过程模拟及新型磁流体制备研究 

      Wang, Yanqiang (БНТУ, 2023)
      This study aims to simulate the flow behavior of molten steel in an electromagnetic field using magnetorheological fluid and investigate the influence of the magnetic field on the flow behavior of molten steel during continuous casting. Magnetorheological fluids exhibit good flowability and magnetic responsiveness, allowing their rheological properties to be controlled by adjusting ...
      2024-01-23
    • “随时随递”智能驿站机器人 

      Duan, Yubing; Xu, Hanyi; Li, Yi; Lu, Zhifeng; Li, Penglin; Fu, Yucheng; Wang, Yahu (БНТУ, 2023)
      Due to the improvement of the national economy and the continuous development of e-commerce, the scale of online shopping continues to expand. However, existing express delivery stations generally have management problems and cannot be open all day, which increases the management difficulty and cost of the enterprise and provides users with convenience. cause inconvenience. This ...
      2024-01-23
    • 面向单板滑雪竞速训练的数字孪生系统 

      Lu, Xiaoxiao (БНТУ, 2023)
      Project study to snowboarding movement process as the main body, aiming at high speed, track complex competitive athletes, based on ali cloud server, the integrated use of motor intelligent precise perception technology, sensor data fusion and synchronous positioning technology, digital technology and the perception and fusion twin, cloud computing, cloud edge techniques and so ...
      2024-01-23
    • 高熵合金纳米材料制备及微波催化降解性能 

      Feng, Yanyan; Yao, Haiying (БНТУ, 2023)
      Dc arc discharge plasma technology with extremely high evaporation temperature and ultra-fast cooling speed can overcome the mixing enthalpy restriction between immiscible components and obtain highly miscible highentropy alloy nanomaterials. With the aid of external electromagnetic field, the catalytic degradation mechanism of dyes under the action of external electromagnetic ...
      2024-01-23