Sentence examples for utility flows from inspiring English sources

Designing site-wide heat recovery systems across an industrial cluster is complex and involves aspects apart from thermal process and utility flows.

Theory points to the importance of controlling for the non-linearity of the utility function of individuals, since the discount rate is defined over time-dated utility flows and not flows of money.

In the present context, the unions' federation disagreement utility might be defined as (D_j^*=(w_j -tau -1 left[ {frac{aw_i^*}{2(w_i^*w_j +w_i^*+w_j )}} right] ^2)(alternatively seen as the utility flows during temporary negotiations breakdown), where (w_i^*) is the equilibrium wages of this regime charged to subsidiaries (i).

Therefore, the marginal disutility of working hours is greater for women than for men.9 Unemployed workers receive a utility flow b.

These drawings include the block diagram, process flow diagram, piping and instrument diagrams, utility flow diagrams, layout/equipment arrangement drawings, piping drawings, isometrics, and electrical one-line drawings.

because the unemployment rate of workers with a utility flow of b is ( frac{delta }{delta +lambda left[1-{F}^g(b right]} ),11 and the density of these workers is n g dK(b).

Conditional on the job packages offered by all other employers and on the search behaviors of men and women, each employer posts a tied-salary/hours offer that maximizes its steady-state profit (or utility) flow.

Utility flow rates and bypasses are widely used for effective control of process stream target temperatures, but the number of utility units is usually much less than the number of process streams in the network.

Next, the salary is chosen to maximize the steady-state profit (or utility) flow, given ( {H}_j^ ) and ( {theta}_j^ ): {pi}_j=underset{(S)}{ max}left[{rho}_jleft({H}_j^right -Sright]{l}^mleft(S+{xi}^mpH}_j^right -Srightt),{F}^mright)+left[{rho}_jleft({H}_j^right)-S-{d}^{ER}right]{l}^mleft(S+{xi}^mphi left({H}_j^right),{F}^mright).

During the operation utility flow rates and bypasses are widely used for effective control of process stream target temperatures, but the number of utility units is usually less than the number of process streams in the network and some bypasses should be selected.

The solution of the problem yields the optimum values of inner pipe diameter, outer pipe diameter and utility flow rate to be used for a double pipe heat exchanger of a given length, when a specified flow rate of process stream is to be treated for a given inlet to outlet temperature.