Explain how Critical Path Method schedules are used to justify claims by contractors
What will be an ideal response?
Critical Path Method schedules are used to justify claims by contractors when an owner hinders or impedes the performance of a contractor rather than completely delaying or suspending his or her efforts. However, when several separate hindrances delay overall project completion Critical Path Method Schedule analysis could be utilized to demonstrate that these have occurred on a project. In order to establish that an entire project was delayed by partial delays it needs to be shown that there was (Wickwire, Hurlbut, and Lerman 1989):
a) Evidence that the original duration and person loading estimates were accurate.
b) Evidence that the partial delay impacted the critical path.
c) Evidence that the resources that were present on the project were capable of
completing the work in accordance with the original schedule.
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An uninsulated steam turbine receives steam at 10.0 MPa, 600°C, and exhausts steam at 10 kPa, 100°C. The mass flow rate of the steam is 45 kg/s. Using your turbine model, plot the power produced by the turbine for heat transfer rates for the turbine ranging from 0 MW to -10.0 MW.
Given: P1 = 10.0 MPa; T1 = 600°C; T2 = 100°C; m?=45 kg/s; P2 = 10 kPa; Steam State 1 is the inlet, state 2 is the outlet. Assume: For a turbine, assume steady-state, steady-flow, single-inlet, single-outlet flow, with ?KE = ?PE = 0 What will be an ideal response?
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What will be an ideal response?
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A. annular recess in cylindrical EUI body B. jumper pipes to the control cartridge C. hydraulic hose the EUI inlet D. injector high pressure pipe