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A MATHEMATICAL SEDIMENT TRANSPORT MODEL FOR UNDIRECTIONAL FLOW.

Proceedings of the Institution of Civil Engineers (1976) 61 (2): 297–310.

https://doi.org/10.1680/iicep.1976.3440

Published: 01 June 1976

...CA FLEMING; JN HUNT; TH VON KARMAN MATHEMATICS MODELS LOADS CONCENTRATION MOTION EFFECTIVE GRAINS CONSTANTS SEDIMENTS FLOW SUSPENDED VELOCITY PREDICTION SHEAR VISCOSITY TRANSPORT UNDIRECTIONAL BEDS TWO PHASE TURBULENT STRESS ANALYSIS © Thomas Telford and ICE 1976...

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DISCUSSION. DERIVATION OF THE REGIME EQUATIONS FROM RELATIONSHIPS FOR PRESSURISED FLOW BY THE USE OF THE PRINCIPLE OF MINIMUM ENERGY DEGRADATION RATE.

A BREBNER, K C WILSON, M B ABBOTT, G LACEY, D I H BARR, J G HERBERTSON, T M PRUS-CHACINSKI

Proceedings of the Institution of Civil Engineers (1967) 37 (4): 775–782.

https://doi.org/10.1680/iicep.1967.32702

Published: 01 August 1967

...A BREBNER; K C WILSON; M B ABBOTT; G LACEY; D I H BARR; J G HERBERTSON; T M PRUS-CHACINSKI QUEENS UNIVERSITY ONTARIO REGIMES EQUATIONS RELATIONS PRESSURISED FLOW MINIMUM ENERGY DEGRADATION RATES METHODS FLOW TWO PHASE THEORY ISOTHERMAL FORMS THERMODYNAMICS © Thomas...

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Journal Articles

DERIVATION OF THE REGIME EQUATIONS FROM RELATIONSHIPS FOR PRESSURIZED FLOW BY USE OF THE PRINCIPLE OF MINIMUM ENERGY - DEGRADATION RATE.

A BREBNER, K C WILSON

Proceedings of the Institution of Civil Engineers (1967) 36 (1): 47–62.

https://doi.org/10.1680/iicep.1967.8590

Published: 01 January 1967

...A BREBNER; K C WILSON © Thomas Telford and ICE 1967 QUEENS UNIVERSITY ONTARIO REGIMES EQUATIONS RELATIONS PRESSURISED FLOW MINIMUM ENERGY DEGRADATION RATES METHODS FLOW TWO PHASE THEORY ISOTHERMAL FORMS THERMODYNAMICS For written discussion* Paper No. 6939...

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A MATHEMATICAL SEDIMENT TRANSPORT MODEL FOR UNDIRECTIONAL FLOW.

DISCUSSION. DERIVATION OF THE REGIME EQUATIONS FROM RELATIONSHIPS FOR PRESSURISED FLOW BY THE USE OF THE PRINCIPLE OF MINIMUM ENERGY DEGRADATION RATE.

DERIVATION OF THE REGIME EQUATIONS FROM RELATIONSHIPS FOR PRESSURIZED FLOW BY USE OF THE PRINCIPLE OF MINIMUM ENERGY - DEGRADATION RATE.

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A MATHEMATICAL SEDIMENT TRANSPORT MODEL FOR UNDIRECTIONAL FLOW.

DISCUSSION. DERIVATION OF THE REGIME EQUATIONS FROM RELATIONSHIPS FOR PRESSURISED FLOW BY THE USE OF THE PRINCIPLE OF MINIMUM ENERGY DEGRADATION RATE.

DERIVATION OF THE REGIME EQUATIONS FROM RELATIONSHIPS FOR PRESSURIZED FLOW BY USE OF THE PRINCIPLE OF MINIMUM ENERGY - DEGRADATION RATE.

Email alerts

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