Citation: S. Korfmann et L. Friedel, Applicability of laboratory heterogeneous liquid-liquid phase reaction kinetic data for relief vent design, J LOSS PREV, 14(1), 2001, pp. 77-82
Citation: J. Cremers et L. Friedel, Method for the vibration-proof design of spring-loaded safety valves with feed and discharge for gas flow, CHEM-ING-T, 73(9), 2001, pp. 1178-1182
Citation: L. Friedel et S. Korfmann, Predictive accuracy of simplified vent area sizing methods for the case ofthermal runaway reactions, J LOSS PREV, 13(2), 2000, pp. 125-152
Citation: O. Frommann et L. Friedel, Effect of pressure waves in the feed lines upon the performance of full lift safety valves, CHEM ENG TE, 23(9), 2000, pp. 765
Authors:
Korfmann, S
Wieczorek, M
Friedel, L
Westphal, F
Schecker, HG
Citation: S. Korfmann et al., Extrapolation of laboratory reaction kinetic data for relief vent design in the case of a heterogeneous runaway reaction, J THERM ANA, 58(1), 1999, pp. 171-181
Citation: Nj. Kranz et L. Friedel, A fast and stable integration method for simulating pressure relief of gas-generating reactions, J LOSS PREV, 12(3), 1999, pp. 195-198
Citation: L. Friedel et S. Korfmann, Predictive accuracy of design methods for the relief cross-sections on chemical reactors in the case of two-phase flow discharge, CHEM ENG TE, 22(7), 1999, pp. 575-579
Citation: Bb. Shannak et al., Prediction of single- and two-phase flow contraction through a sharp-edgedshort orifice, CHEM ENG TE, 22(10), 1999, pp. 865-870
Authors:
Shannak, B
Friedel, L
Alhusein, M
Azzi, A
Citation: B. Shannak et al., Experimental investigation of contraction in single- and two-phase flow through sharp-edged short orifice, FORSC INGEN, 64(11), 1999, pp. 291-295
Citation: L. Friedel et S. Korfmann, Predictive accuracy of design methods for the relief cross-sections for runaway reactions, CHEM-ING-T, 71(12), 1999, pp. 1370-1380