Here we solved the present problem by the lexicographic search technique, which gives the exact solution to the problem. The solution procedure is illustrated with a suitable example. The algorithm is also tested in C-language and the computational details are also reported....
If IMFG does not have solution, methods to transform IMFG into a feasible problem are presented. The methods consist of modifying as little as possible the restrictions to the variation of the bounds of the flow. New inverse combinatorial optimization problems are introduced and solved....
1). Find the load resistance RL that enables the circuit (left of the terminals a and b) to deliver maximum power toward the load. Also, find the maximum power delivered to the load. Maximum Power Transfer Theorem Example Solution: In order to apply the maximum power transfer theorem, we ...
Such an approach of modifying the execution of an exact algorithm to derive FPTAS, was initially proposed by Ibarra and Kim (1975) for solving the knapsack problem. Many scheduling problems have been successfully solved by FPTAS by applying this approach (see for example Gens and Levner (1981)...
After a pipe system is solved, you have the option of opening the Results Sheet to view all the calculated results, or viewing the solved pipe system in the Drawing pane where the specific results are displayed with the pipe system. Clicking to review the results in the Results sheet ...
Homework Statement So a little background before stating the problem: During a lecture a couple weeks prior to lab, the instructor did an example where we were told to find the max height of a ball launched upwards by compressing a spring. In order to calculate that, he showed that E1 is...
As per the curve, the normal operating flow of the centrifugal compressor intersect at the Brake power curve and corresponding power in the Y-axis is called “normal brake power of the compressor.” In the current example, the brake power is 3000 kW. The power corresponding to the “end ...
EXAMPLE 2.14 It is desired to transfer maximum power from an audio amplifier that has a large internal resistance to a speaker with a small internal resistance. Speakers typically have small resistances (4, 8, 16 Ω) because the wire winding, which is attached to the speaker cone and which ...
For example, block 8 in Gsspsre given in Figure 3(b) or 3(c) is one such a counterexample node. As a result, Gsspsre is generally an arbitrary flow network, implying that speculative PRE needs to be solved optimally using a min-cut algorithm. In addition, speculative PRE is profile-...
Formally, the network maximum flow problem can be interpreted as a graph flow problem. The social graph with flow is represented by G = (X, U, f ), in which f is a vector of dimension m + 1 and can be written in the form f = ( f0, f1, …, fm). Vector f is the flow in...