Models of rubric: Gyroscopes Model 60 Two single-leaf rotary hyperboloids Model 323 16 stereo's of algebraic spherical curves Model 593 Model from Joukovsky to the Hess' case of precession Model 641 Symmetric gyro with handhold Model 647 Three models to the gyro theory of Hermann Grassmann Model 648 Three models to the gyro theory of Hermann Grassmann Model 649 Three models to the gyro theory of Hermann Grassmann Model 650 Symmetric gyros in gimbal Model 651 Schuler gyro with exchangeable apexes, sockets, screws and weights Model 656 Two fluid gyros with elevator mechanism Model 657 Two steel eggs Model 658 Two steel eggs Model 659 A glass plate to let gyros dance on Model 660 A glass plate to let gyros dance on Model 661 Flyer horizon from Anschütz und Co Model 662 Stand for gyro experiments Model 663 Brass block with needle, for gyro experiments Model 664 Some clock wheels for gyro experiments Model 665 Gyro model for the unwinding of the gyro axis Model 666 Stability of a wheel via implemented gyro Model 911 Asymmetric gyros for the demonstration of the stability zones Model 912 Symmetric gyros for the demonstration of the stability zones Model 914 Gimbally-mounted, symmetric, force-free gyro with gimbals Model 915 Epicycloidic model for pol and pericycloidic herpolhody cone Model 916 Epicycloidic model for pol- and pericycloidic herpolhody cone Model 918 Model for the demonstration of the main axis of inertia of a field Model 919 Large model of a pegtop with elevator mechanism Model 920 A gyro for technical use, manufactured by Anschütz u. Co. Model 921 Model of the gyro compass with globe built-in elevator mechanism Model 923 Model of the ship gyro Model 1385 Slide: To the gyro theory Model 1448 Slide: Gimbal
Göttingen Collection of Mathematical Models and Instruments
Göttingen Collection of Mathematical Models and Instruments
Two single-leaf rotary hyperboloids
16 stereo's of algebraic spherical curves
Model from Joukovsky to the Hess' case of precession
Symmetric gyro with handhold
Three models to the gyro theory of Hermann Grassmann
Three models to the gyro theory of Hermann Grassmann
Three models to the gyro theory of Hermann Grassmann
Symmetric gyros in gimbal
Schuler gyro with exchangeable apexes, sockets, screws and weights
Two fluid gyros with elevator mechanism
Two steel eggs
Two steel eggs
A glass plate to let gyros dance on
A glass plate to let gyros dance on
Flyer horizon from Anschütz und Co
Stand for gyro experiments
Brass block with needle, for gyro experiments
Some clock wheels for gyro experiments
Gyro model for the unwinding of the gyro axis
Stability of a wheel via implemented gyro
Asymmetric gyros for the demonstration of the stability zones
Symmetric gyros for the demonstration of the stability zones
Gimbally-mounted, symmetric, force-free gyro with gimbals
Epicycloidic model for pol and pericycloidic herpolhody cone
Epicycloidic model for pol- and pericycloidic herpolhody cone
Model for the demonstration of the main axis of inertia of a field
Large model of a pegtop with elevator mechanism
A gyro for technical use, manufactured by Anschütz u. Co.
Model of the gyro compass with globe built-in elevator mechanism
Model of the ship gyro
Slide: To the gyro theory
Slide: Gimbal