13:06MD I - 01: Objectives, Machines as mechatronic systems
A 13-minute video from KITmechanics: “MD I - 01: Objectives, Machines as mechatronic systems”.
KITmechanics
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13:06
11:46MD I - 01: Ziele, Maschine als mechatronisches System
A 12-minute video from KITmechanics: “MD I - 01: Ziele, Maschine als mechatronisches System”.
44:40MD I - 02: Active vibration isolation for harmonic excitation
A 45-minute video from KITmechanics: “MD I - 02: Active vibration isolation for harmonic excitation”.
37:26MD I - 02: Schwingungsisolation, aktive Schwingungsisolation bei harmonischer Anregung
A 37-minute video from KITmechanics: “MD I - 02: Schwingungsisolation, aktive Schwingungsisolation bei harmonischer Anregung”.
30:44MD I - 03: Passive Schwingungsisolation, Schwingungstilgung
A 31-minute video from KITmechanics: “MD I - 03: Passive Schwingungsisolation, Schwingungstilgung”.
28:35MD I - 03: Passive vibration isolation, vibration compensation
A 29-minute video from KITmechanics: “MD I - 03: Passive vibration isolation, vibration compensation”.
41:02MD I - 04: Active vibration isolation for transient excitation
A 41-minute video from KITmechanics: “MD I - 04: Active vibration isolation for transient excitation”.
42:22MD I - 04: Aktive Schwingungsisolation bei transienter Anregung
A 42-minute video from KITmechanics: “MD I - 04: Aktive Schwingungsisolation bei transienter Anregung”.
1:23:16MD I - 05: Klassischer Laval-Rotor
A 83-minute video from KITmechanics: “MD I - 05: Klassischer Laval-Rotor”.
1:23:07MD I - 05: The classical Jeffcott rotor
A 83-minute video from KITmechanics: “MD I - 05: The classical Jeffcott rotor”.
34:58MD I - 06: Jeffcott rotor - Additional effects: Plastic predeformation, flexible bearings
A 35-minute video from KITmechanics: “MD I - 06: Jeffcott rotor - Additional effects: Plastic predeformation, flexible bearings”.
36:28MD I - 06: Laval-Rotor, Zusatzeffekte - plastische Vordeformation, elastische Lagerung
A 36-minute video from KITmechanics: “MD I - 06: Laval-Rotor, Zusatzeffekte - plastische Vordeformation, elastische Lagerung”.
1:31:56MD I - 07: Jeffcott rotor - Additional effects: Non-circular shaft, gravity, internal damping
A 92-minute video from KITmechanics: “MD I - 07: Jeffcott rotor - Additional effects: Non-circular shaft, gravity, internal damping”.
1:32:29MD I - 07: Laval-Rotor, Zusatzeffekte - unrunde Welle, innere Dämpfung
A 92-minute video from KITmechanics: “MD I - 07: Laval-Rotor, Zusatzeffekte - unrunde Welle, innere Dämpfung”.
28:06MD I - 08: Jeffcott rotor - Additional effects: Gyroscopic effect
A 28-minute video from KITmechanics: “MD I - 08: Jeffcott rotor - Additional effects: Gyroscopic effect”.
39:08MD I - 08: Laval-Rotor, Zusatzeffekte - Kreiselwirkung
A 39-minute video from KITmechanics: “MD I - 08: Laval-Rotor, Zusatzeffekte - Kreiselwirkung”.
28:53MD I - 09: Jeffcott rotor - Continuum model
A 29-minute video from KITmechanics: “MD I - 09: Jeffcott rotor - Continuum model”.
31:50MD I - 09: Laval-Rotor, Kontinuumsmodell
A 32-minute video from KITmechanics: “MD I - 09: Laval-Rotor, Kontinuumsmodell”.
1:04:58MD I - 10: Auswuchten starrer und elastischer Rotoren 1
A 65-minute video from KITmechanics: “MD I - 10: Auswuchten starrer und elastischer Rotoren 1”.
56:32MD I - 10: Balancing of rigid and flexible rotors - Part 1
A 57-minute video from KITmechanics: “MD I - 10: Balancing of rigid and flexible rotors - Part 1”.
1:27:01MD I - 11: Balancing Rigid and Flexible Rotors 2
A 87-minute video from KITmechanics: “MD I - 11: Balancing Rigid and Flexible Rotors 2”.
1:04:34MD I - 11: Balancing of rigid and flexible rotors - Part 2
A 65-minute video from KITmechanics: “MD I - 11: Balancing of rigid and flexible rotors - Part 2”.
1:06:34MD I - 12: Torsional vibrations in drive trains
A 67-minute video from KITmechanics: “MD I - 12: Torsional vibrations in drive trains”.
1:06:14MD I - 12: Torsionsschwingungen im Antriebssystem
A 66-minute video from KITmechanics: “MD I - 12: Torsionsschwingungen im Antriebssystem”.
1:07:12MD I - 13: Rigid reciprocating engine
A 67-minute video from KITmechanics: “MD I - 13: Rigid reciprocating engine”.
1:22:20MD I - 13: Starre Hubkolbenmaschine
A 82-minute video from KITmechanics: “MD I - 13: Starre Hubkolbenmaschine”.
30:03MD II - 02: Gleitlager
A 30-minute video from KITmechanics: “MD II - 02: Gleitlager”.
35:57MD II - 02: Plain bearings
A 36-minute video from KITmechanics: “MD II - 02: Plain bearings”.
59:55MD II - 03: Gleitlager - Reynolds-Gleichung 1
A 60-minute video from KITmechanics: “MD II - 03: Gleitlager - Reynolds-Gleichung 1”.
48:24MD II - 03: Plain bearings - Reynolds equation - Part 1
A 48-minute video from KITmechanics: “MD II - 03: Plain bearings - Reynolds equation - Part 1”.
57:21MD II - 04: Gleitlager - Reynolds-Gleichung 2
A 57-minute video from KITmechanics: “MD II - 04: Gleitlager - Reynolds-Gleichung 2”.
50:16MD II - 04: Plain bearings - Reynolds equation - Part 2
A 50-minute video from KITmechanics: “MD II - 04: Plain bearings - Reynolds equation - Part 2”.
47:23MD II - 05: Plain Bearings - Bearing Forces
A 47-minute video from KITmechanics: “MD II - 05: Plain Bearings - Bearing Forces”.
41:57MD II - 05: Plain bearings - Bearing forces
A 42-minute video from KITmechanics: “MD II - 05: Plain bearings - Bearing forces”.
53:53MD II - 06: Gleitlager - statische Ruhelage
A 54-minute video from KITmechanics: “MD II - 06: Gleitlager - statische Ruhelage”.
49:08MD II - 06: Plain bearings - Equilibrium position
A 49-minute video from KITmechanics: “MD II - 06: Plain bearings - Equilibrium position”.