A Space-Dependent Dynamic Analysis of Boiling Water Reactor Systems

Nahavandi, Amir N.; Hollen, R. F. Von

doi:10.13182/nse64-a20982

Cited by 13 publications

(2 citation statements)

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“…The equations of continuity, momentum, and energy were derived assuming one-dimensional, two-phase separated slip flow. The derivations are quite similar to those of others (3,4) and result in the following equations:…”

Section: Description Of Blw-2s0 Systemsupporting

confidence: 73%

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A Study of Hydraulic and Nuclear Stability of Boiling Water Parallel Flow Channel Reactor Systems.

Worden¹,

Rowe²,

Dionne³

1968

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Section: Description Of Blw-2s0 Systemsupporting

confidence: 73%

“…The terms containing these functions are analogous to Meyer's terms containing H' (flow weighted enthalpy) and v' (effective specific volume for momentum transport). Derivation of Equations (2) and (3) gives the functions ¢l and ¢2 as…”

Section: Bnwl-574mentioning

confidence: 99%

A Study of Hydraulic and Nuclear Stability of Boiling Water Parallel Flow Channel Reactor Systems.

Worden¹,

Rowe²,

Dionne³

1968

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Numerical modeling of thermal effects in turbulent mixing of large flows

1979

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A numerical approach for the modeling of thermal effects in turbulent mixing of large flows with uniform eddy viscosities and eddy diffusivities is presented. The distinctive features of this approach are the simultaneous compliance of mass and momentum equations, and accurate predictions of the surface waves and pressure distribution in flow fields with arbitrary bottom geometry. The numerical approach employs centered three‐point finite difference expressions for the first and second spatial derivatives with unequal mesh size and a forward time integration. Numerical stability analysis of the governing equations is utilized to select optimum space and time increments for numerical integration.

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Fundamentals of Two-Phase Flow Instabilities

Yüncü

Kakaç

1988

Two-Phase Flow Heat Exchangers

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A Space-Dependent Dynamic Analysis of Boiling Water Reactor Systems

Cited by 13 publications

References 0 publications

A Study of Hydraulic and Nuclear Stability of Boiling Water Parallel Flow Channel Reactor Systems.

A Study of Hydraulic and Nuclear Stability of Boiling Water Parallel Flow Channel Reactor Systems.

Numerical modeling of thermal effects in turbulent mixing of large flows

Fundamentals of Two-Phase Flow Instabilities

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