- 1. Regime-parametric optimization of a mine winder deceleration
- (Geotechnical and mining mechanical engineering, machine building)
- ... 2014. The crane’s vibrating systems controlled by mechatronic devices with magnetorheological fluid: the nonlinear mathematical model of behavior and optimization of work regimes.Naukovyi Visnyk Natsionalnoho ...
- Created on 29 October 2018
- 2. Dynamic optimization of a mine winder acceleration mode
- (Electrical Complexes and Systems)
- ... and Liashko, A.P., 2014. The crane vibrating systems controlled by mechatronic devices with magnetogeological fluid: the nonlinear mathematical model of behavior and optimization of work regimes. Naukovyi ...
- Created on 06 September 2017
- 3. The crane’s vibrating systems controlled by mechatronic devices with magnetorheological fluid: the nonlinear mathematical model of behavior and optimization of work regimes
- (Geotechnical and mining mechanical engineering, machine building)
- ... of work regimes for the crane’s vibrating systems controllable by mechatronics’ devices with magnetorheological fluid. Methodology. We used the methods of mechanics and mathematical physics. Findings. The ...
- Created on 14 January 2015
- 4. Safety of electric chains during the use of contactless electric locomotives
- (Environmental safety, labour protection)
- ... rails. Originality. The values of safety step of transposition for rails with the inductive transmission of energy in the mine workings have been determined taking into account the hauling network regimes ...
- Created on 13 November 2012