Sentence examples for ws system from inspiring English sources

In this study, predictive hydrocode simulations are coupled with approximate optimization (AO) methodology to achieve successive design automation for a projectile-Whipple shield (WS) system at hypervelocity impact (HVI) conditions.

A complete numerical model of HTHP&DW system is established and the iterative algorithm is successfully applied and tested.

The impact of outside air humidity ratio is significant on the performance of HTHP&DW system.

The model is evaluated for the NiAl–W system for which the primary creep of tungsten fibers is quite significant.

By extending the work on the Au Ni–W system, an amorphous Au Co alloy plating process was also developed.

The energy consumption, COP (coefficient of performance) and energy saving rate of HTHP&DW system are simulated under the different outdoor climates and indoor design conditions.

The lower indoor design temperature and higher indoor design humidity ratio are in favor of the energy saving of HTHP&DW system.

Co-based superalloys in the Co Al–W system exhibit coherent L12 Co3(Al,W) γ′ precipitates in an face-centered cubic Co γ matrix, analogous to Ni3Al in Ni-based systems.

whereΔU W SYSTEM  + ΔUR, W =mechanical exergy converted into thermal exergy andΔU Q SYSTEM  + ΔUR, Q= thermal exergy converted into mechanical exergy E X PHYSICAL = - W AR → - Q AR → = Δ U W,Q SYSTEM + Δ U R, W + Δ U R,Q Open image in new window (48).

For the fcc phase of the Ni Al Co Cr Hf Mo Re–Ta Ti–W system, diffusion data in various constituent binary systems were assessed to establish a multicomponent diffusion mobility database.

We report, in this paper, results of thermodynamic calculations and the experimental observations concerning the metastable alloy formation in the Au–W system together with a brief discussion of the structural transition mechanism.