This problem is analyzed and modeled under three contracts in order of increasing cooperation level: price-only, green-marketing cost-sharing, and two-part tariff contracts.
In this study, the problem is analyzed in the stages of berthing, collision and leaving.
To deal with this challenging constraint by an analytical approach, the problem is analyzed by introducing a parameter defined as the critical height.
But the way the problem is analyzed is beginning to shift.
Collapse of such unbraced bridge girders has occurred, and the problem is analyzed here.
Physical properties are assumed to vary exponentially in the media and the problem is analyzed for different mechanical boundary conditions.
With all of this in mind, it should be noted that the GAO study did not require layers of confidentiality to be stripped away in order to discover the scope of the problem being analyzed.
The same problem was analyzed to a greater depth in the present study.
The problem was analyzed using 3D finite elements with a fine mesh.
The stress intensity factor (SIF) for each problem was analyzed using the obtained stress fields.
In this section, the first problem is analyzed.
