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Fig. 3 Small-strain model with bottom and middle-axis contact interaction vs large-strain model with middle-axis contact inter- action [8]: (/eft) transverse force and (right) normal reaction 3 Solution with concentrated slip region

Figure 3 Small-strain model with bottom and middle-axis contact interaction vs large-strain model with middle-axis contact inter- action [8]: (/eft) transverse force and (right) normal reaction 3 Solution with concentrated slip region

Related Figures (4)

Fig. 1 Belt drive as an axially moving beam in frictional contact with pulley as a rigid cylinder Belt—pulley interaction: role of the action line of friction forces 2.2 Contact segment We assume that there are no gaps between the pulley and belt in the contact segment (full contact). The contact with the pulley (a rigid body) determines the vertical component wy of the translation; in the current case with small strains superposed upon the prestressed configuration, it can be described by the parabola
Fig. 1 Belt drive as an axially moving beam in frictional contact with pulley as a rigid cylinder Belt—pulley interaction: role of the action line of friction forces 2.2 Contact segment We assume that there are no gaps between the pulley and belt in the contact segment (full contact). The contact with the pulley (a rigid body) determines the vertical component wy of the translation; in the current case with small strains superposed upon the prestressed configuration, it can be described by the parabola
Fig. 2 Small-strain model with bottom and middle-axis contact interaction vs large-strain model with middle-axis contact inter- action [8]: (/eft) tension and (right) friction force.
Fig. 2 Small-strain model with bottom and middle-axis contact interaction vs large-strain model with middle-axis contact inter- action [8]: (/eft) tension and (right) friction force.
Fig. 4 Model with distributed sliding segment vs model with concentrated reaction: (/eft) tension and (right) friction force
Fig. 4 Model with distributed sliding segment vs model with concentrated reaction: (/eft) tension and (right) friction force
Fig. 5 Model with distributed sliding segment vs model with concentrated reaction: (/eft) transverse force and (right) normal reaction
Fig. 5 Model with distributed sliding segment vs model with concentrated reaction: (/eft) transverse force and (right) normal reaction
Related topics:
Contact MechanicsStructural Mechanics & Strength of MaterialsAxially Moving Beam
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