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TM 110
Fundamentals of Statics
Demonstration of force and moment equilibrium in a mechanical force system
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TM 110.01
Supplementary Set - Inclined Plane and Friction
Measurement and demonstration of spring deflection, inclined plane and mechanical friction
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TM 110.02
Supplementary Set - Pulley Blocks
Construction and mode of operation of 3 different pulley blocks
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TM 110.03
Supplementary Set - Gear Wheels
Mode of operation of single-stage and multi-stage toothed gear mechanisms
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TM 115
Forces in a Crane Jib
Graphical and experimental determination of forces in a planar central force system
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FL 111
Forces in a Simple Bar Structure
Resolution of forces in a simple bar structure
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EM 049
Equilibrium of Moments on a Two-Arm Lever
Investigation of applied forces, generated moments and equilibrium
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SE 110.53
Equilibrium in a Single Plane, Statically Determinate System
experimentelle Erarbeitung des wichtigen Prinzips "Freimachen" in der Statik
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TM 210
Dry Friction
A range of experiments relating to static and dynamic friction
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TM 200
Fundamentals of Mechanical Friction
Investigation of mechanical friction forces on two solid bodies moving against each other in a uniform manner
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TM 225
Friction on the Inclined Plane
Experiments to understand the fundamentals of mechanical friction on an inclined plane
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TM 232
Bearing Friction
Sliding bearing friction with different bearing material pairings and comparison with rolling bearing friction
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SE 110.21
Forces in Various Single Plane Trusses
Using strain gauge technology to measure bar forces
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SE 110.22
Forces in an Overdeterminate Truss
Comparison of forces in statically determinate and statically indeterminate trusses
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SE 130
Forces in a Howe Truss
Investigation of bar forces under different load cases
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SE 130.01
Truss Beam: Warren Girder
Bars with strain gauge full bridges to measure bar stress
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WP 960
Beam on 2 Supports: Shear Force & Bending Moment Diagrams
Application of the method of sections to determine internal reactions of the beam
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WP 961
Beam on Two Supports: Shear Force Diagram
Application of the method of sections to determine the shear force
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WP 962
Beam on Two Supports: Bending Moment Diagram
Application of the method of sections to determine the bending moment
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SE 110.50
Cable under Dead-Weight
Catenary of a free-hanging cable under dead-weight
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SE 110.18
Forces on a Suspension Bridge
Supporting cable force and demonstration of bending moments between the roadway support and supporting cables
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SE 110.12
Lines of Influence on the Gerber Beam
Using methods of section and conditions of equilibrium of statics to determine support forces
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SE 110.17
Three-Hinged Arch
Symmetric and asymmetric arch subjected to point, distributed or moving loads
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SE 110.16
Parabolic Arch
Differences between statically determinate and statically indeterminate arches under load
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SE 112
Mounting Frame
Base unit for clear and simple set-up of experiments on statics, strength of materials and dynamics
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