Видео ютуба по тегу Rotordynamic

Advanced Rotordynamic Analysis of a Micro Gas Turbine MGT System #Rotordynamics #MicroGasTurbine
Advanced Rotordynamic Analysis of a Micro Gas Turbine MGT System #Rotordynamics #MicroGasTurbine
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 36 krpm ~37 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 36 krpm ~37 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 36 krpm ~37 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 36 krpm ~37 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 33 krpm ~36 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 33 krpm ~36 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 30 krpm ~33 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 30 krpm ~33 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 26 krpm ~32 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 26 krpm ~32 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 23 krpm ~25 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 23 krpm ~25 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 14 krpm ~ 15 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 14 krpm ~ 15 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 19 krpm ~20 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: 19 krpm ~20 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: Start-up to 5 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: Start-up to 5 krpm
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: Pre-cooling process 4
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: Pre-cooling process 4
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: Pre-cooling process 3
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: Pre-cooling process 3
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: Pre-cooling process 1
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: Pre-cooling process 1
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: Pre-cooling process 2
Cryogenic hydrostatic bearings in high speed rotordynamic test rig: Pre-cooling process 2
Campbell Diagrams based on MSC Nastran Rotordynamic Analysis Results
Campbell Diagrams based on MSC Nastran Rotordynamic Analysis Results
Webinar Remote Rotordynamic Analysis
Webinar Remote Rotordynamic Analysis
Webinar Remote Rotordynamic Analysis
Webinar Remote Rotordynamic Analysis
Часть 33 – Трещина вала вращающегося оборудования
Часть 33 – Трещина вала вращающегося оборудования
Основы роторной динамики. Поперечные крутильные и дисковые колебания
Основы роторной динамики. Поперечные крутильные и дисковые колебания
A Semi-Analytical Method for Rotor Whirl Prediction (Rotordynamic Critical Speed Calculation)
A Semi-Analytical Method for Rotor Whirl Prediction (Rotordynamic Critical Speed Calculation)
Часть 22 – Уплотнения во вращающихся машинах
Часть 22 – Уплотнения во вращающихся машинах
ANSYS Tutorials - Rotordynamics Analysis Undamped Condition
ANSYS Tutorials - Rotordynamics Analysis Undamped Condition
Unbalance identification method based on SINDy applied to an SFD rotordynamic system
Unbalance identification method based on SINDy applied to an SFD rotordynamic system
CIER-201 “Unbalance identification method based on SINDy applied to an SFD rotordynamic system.”
CIER-201 “Unbalance identification method based on SINDy applied to an SFD rotordynamic system.”
Simcenter Testlab Rotordynamics
Simcenter Testlab Rotordynamics