A systematic method for determining the least-weight cable profiles for any given vertical external load system and for supports at different (or same) levels is presented and illustrated with examples. The support levels may be either prescribed or optimized as well. The method is based on the optimality conditions which are derived using the calculus of variations. Moreover, it is established that the slopes at both ends of the cable must be equal when the total structural weight is minimized with respect to both maximum tension in the cable and relative position of the supports
This paper studies cable-stayed bridges (CBSs), with special focus on the initial force distri-butio...
In article was formulated and solved the problem of conditional nonlinear optimization of the distan...
This paper studies cable-stayed bridges (CBSs), with special focus on the initial force distri-butio...
The least weight design of cables under selfweight and uniformly distributed load is considered. The...
This paper is concerned with the least weight design of multispan continuous cables whose support po...
In article was formulated and solved the problem of conditional nonlinear technical and economic opt...
In article was formulated and solved the problem of conditional nonlinear technical and economic opt...
The heavy spanning cable supporting a uniform deck is important in the design of suspension bridges....
Cable-based technologies have been a backbone for harvesting on steep slopes. The layout of a single...
The article developed a method for the optimal design of a single-cable freight ropeway, which reduc...
How to determine reasonable position and length of anchor cable is a frequently encountered but not ...
The optimal shape of the middle surface of archgrids and cable networks was studied in the late seve...
This paper studies cable-stayed bridges (CBSs), with special focus on the initial force distri-butio...
This paper studies cable-stayed bridges (CBSs), with special focus on the initial force distribution...
This paper studies cable-stayed bridges (CBSs), with special focus on the initial force distribution...
This paper studies cable-stayed bridges (CBSs), with special focus on the initial force distri-butio...
In article was formulated and solved the problem of conditional nonlinear optimization of the distan...
This paper studies cable-stayed bridges (CBSs), with special focus on the initial force distri-butio...
The least weight design of cables under selfweight and uniformly distributed load is considered. The...
This paper is concerned with the least weight design of multispan continuous cables whose support po...
In article was formulated and solved the problem of conditional nonlinear technical and economic opt...
In article was formulated and solved the problem of conditional nonlinear technical and economic opt...
The heavy spanning cable supporting a uniform deck is important in the design of suspension bridges....
Cable-based technologies have been a backbone for harvesting on steep slopes. The layout of a single...
The article developed a method for the optimal design of a single-cable freight ropeway, which reduc...
How to determine reasonable position and length of anchor cable is a frequently encountered but not ...
The optimal shape of the middle surface of archgrids and cable networks was studied in the late seve...
This paper studies cable-stayed bridges (CBSs), with special focus on the initial force distri-butio...
This paper studies cable-stayed bridges (CBSs), with special focus on the initial force distribution...
This paper studies cable-stayed bridges (CBSs), with special focus on the initial force distribution...
This paper studies cable-stayed bridges (CBSs), with special focus on the initial force distri-butio...
In article was formulated and solved the problem of conditional nonlinear optimization of the distan...
This paper studies cable-stayed bridges (CBSs), with special focus on the initial force distri-butio...