Statics
Statics
Statics is the study of the effect of forces on rigid bodies, which are in quilibrium. The main task of static analysis is to
determine the equilibrium of the forces applied on a body or a mechanical system.
The following key points are taken into account in the structural analysis:
• Forces and moments
• Internal reactions and methods of section
• Forces in a truss
• Bridges, beams, arches, cables
• Static and kinetic friction
The items listed below are 100% didactic solutions. All individual items are complete solutions that include all necessary
technical accessories to ensure 100% functionality.
In addition to the corresponding manuals, all solutions also include detailed course descriptions (in your language) and all
associated software.
Products
Belt drive and belt friction
Belt drive and belt friction
Belt drive and belt friction
Belt drive and belt friction
Belt drive and belt friction
Belt drive and belt friction
Friction on the inclined plane
Friction on the inclined plane
Friction on the inclined plane
Friction on the inclined plane
Friction on the inclined plane
Friction on the inclined plane
Dry friction
Dry friction
Dry friction
Dry friction
Dry friction
Dry friction
Fundamentals of mechanical friction
Fundamentals of mechanical friction
Fundamentals of mechanical friction
Fundamentals of mechanical friction
Fundamentals of mechanical friction
Fundamentals of mechanical friction
Dial gauges
Dial gauges
Dial gauges
Dial gauges
Dial gauges
Dial gauges
Parabolic arch
Parabolic arch
Parabolic arch
Parabolic arch
Parabolic arch
Parabolic arch
Parabolic arch bridge
Parabolic arch bridge
Parabolic arch bridge
Parabolic arch bridge
Parabolic arch bridge
Parabolic arch bridge
Three-hinged arch
Three-hinged arch
Three-hinged arch
Three-hinged arch
Three-hinged arch
Three-hinged arch
Lines of influence on the Gerber beam
Lines of influence on the Gerber beam
Lines of influence on the Gerber beam
Lines of influence on the Gerber beam
Lines of influence on the Gerber beam
Lines of influence on the Gerber beam
Gerber beam
Gerber beam
Gerber beam
Gerber beam
Gerber beam
Gerber beam
Forces on a suspension bridge
Forces on a suspension bridge
Forces on a suspension bridge
Forces on a suspension bridge
Forces on a suspension bridge
Forces on a suspension bridge
Truss beam: Warren girder
Truss beam: Warren girder
Truss beam: Warren girder
Truss beam: Warren girder
Truss beam: Warren girder
Truss beam: Warren girder
orces in a Howe truss
orces in a Howe truss
orces in a Howe truss
orces in a Howe truss
orces in a Howe truss
orces in a Howe truss
Forces in an indeterminate truss
Forces in an indeterminate truss
Forces in an indeterminate truss
Forces in an indeterminate truss
Forces in an indeterminate truss
Forces in an indeterminate truss
Forces in various single plane trusses
Forces in various single plane trusses
Forces in various single plane trusses
Forces in various single plane trusses
Forces in various single plane trusses
Forces in various single plane trusses
Forces in trusses
Forces in trusses
Forces in trusses
Forces in trusses
Forces in trusses
Forces in trusses
Cable under dead-weight
Cable under dead-weight
Cable under dead-weight
Cable under dead-weight
Cable under dead-weight
Cable under dead-weight
Beam on two supports: bending moment diagram
Beam on two supports: bending moment diagram
Beam on two supports: bending moment diagram
Beam on two supports: bending moment diagram
Beam on two supports: bending moment diagram
Beam on two supports: bending moment diagram
Beam on two supports: shear force diagram
Beam on two supports: shear force diagram
Beam on two supports: shear force diagram
Beam on two supports: shear force diagram
Beam on two supports: shear force diagram
Beam on two supports: shear force diagram
Beam on two supports: shear force & bending moment diagrams
Beam on two supports: shear force & bending moment diagrams
Beam on two supports: shear force & bending moment diagrams
Beam on two supports: shear force & bending moment diagrams
Beam on two supports: shear force & bending moment diagrams
Beam on two supports: shear force & bending moment diagrams
Equilibrium of moments on a differential pulley block
Equilibrium of moments on a differential pulley block
Equilibrium of moments on a differential pulley block
Equilibrium of moments on a differential pulley block
Equilibrium of moments on a differential pulley block
Equilibrium of moments on a differential pulley block
Equilibrium of moments on pulleys
Equilibrium of moments on pulleys
Equilibrium of moments on pulleys
Equilibrium of moments on pulleys
Equilibrium of moments on pulleys
Equilibrium of moments on pulleys
Equilibrium in a single plane
Equilibrium in a single plane
Equilibrium in a single plane
Equilibrium in a single plane
Equilibrium in a single plane
Equilibrium in a single plane
Equilibrium of Moments on a two arm lever
Equilibrium of Moments on a two arm lever
Equilibrium of Moments on a two arm lever
Equilibrium of Moments on a two arm lever
Equilibrium of Moments on a two arm lever
Equilibrium of Moments on a two arm lever
Forces in a simple bar structure
Forces in a simple bar structure
Forces in a simple bar structure
Forces in a simple bar structure
Forces in a simple bar structure
Forces in a simple bar structure
Forces in a crane jib
Forces in a crane jib
Forces in a crane jib
Forces in a crane jib
Forces in a crane jib
Forces in a crane jib
Cable Forces und pulley block
Cable Forces und pulley block
Cable Forces und pulley block
Cable Forces und pulley block
Cable Forces und pulley block
Cable Forces und pulley block
Gear Wheels
Gear Wheels
Gear Wheels
Gear Wheels
Gear Wheels
Gear Wheels
Pulley blocks
Pulley blocks
Pulley blocks
Pulley blocks
Pulley blocks
Pulley blocks
Inclined plane and friction
Inclined plane and friction
Inclined plane and friction
Inclined plane and friction
Inclined plane and friction
Inclined plane and friction
Fundamentals of statics
Fundamentals of statics
Fundamentals of statics
Fundamentals of statics
Fundamentals of statics
Fundamentals of statics
Downloads