A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Analysis of Jointed Concrete Pavements
A computer program for analysis of jointed concrete pavement is presented. The program, denoted as JSLAB, can analyze concrete pavement sections consisting of up to nine slabs. The program can analyze a one- or two-layers pavement system resting on a Winkler (Liquid) foundation. The two layers may be unbonded or fully bonded. Joints may be modeled as doweled, aggregate interlock, or keyed. Load input is in terms of wheel loads at any location on the slabs, or as nodal loads or nodal displacement. Loss of support and variable support or material properties can be considered. Also, the program can analyze curling behavior due to linear temperature variation in the slab, and can be used to determine curling restraint stresses. The primary objective for developing program JSLAB was to evaluate behavior of joints and load transfer devices. It can be used to evaluate the effect of joints with non-uniformly spaced load transfer devices.
Analysis of Jointed Concrete Pavements
A computer program for analysis of jointed concrete pavement is presented. The program, denoted as JSLAB, can analyze concrete pavement sections consisting of up to nine slabs. The program can analyze a one- or two-layers pavement system resting on a Winkler (Liquid) foundation. The two layers may be unbonded or fully bonded. Joints may be modeled as doweled, aggregate interlock, or keyed. Load input is in terms of wheel loads at any location on the slabs, or as nodal loads or nodal displacement. Loss of support and variable support or material properties can be considered. Also, the program can analyze curling behavior due to linear temperature variation in the slab, and can be used to determine curling restraint stresses. The primary objective for developing program JSLAB was to evaluate behavior of joints and load transfer devices. It can be used to evaluate the effect of joints with non-uniformly spaced load transfer devices.
Analysis of Jointed Concrete Pavements
S. D. Tayabji (author) / B. E. Colley (author)
1984
84 pages
Report
No indication
English
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