[1]. Pickering P, Hewitt GF, Watson MJ, Hale CP (2001) The prediction of flows in production risers-truth & myth, in IIR Conference, 10, Aberdeen. ##
[2]. Kang C, Wilkens R, Jepson W (1996) The effect of slug frequency on corrosion in high pressure, inclined pipelines. NACE Corrosion, 20. ##
[3]. Isaac OA, Cao Y, Lao L, Yeung H (2011) Production potential of severe slugging control systems, IFAC Proceedings Volumes, 44, 1: 10869-10874. ##
[4]. Baliño J, Burr K, Nemoto R (2010) Modeling and simulation of severe slugging in air–water pipeline–riser systems, International journal of Multiphase Flow, 36, 8: 643-660. ##
[5]. Fabre J, Peresson LL, Corteville J, Odello R, Bourgeois T (1990) Severe slugging in pipeline/riser systems. SPE Production Engineering, 5, 03: 299-305. ##
[6]. Sarica Ct, Shoham O (1991) A simplified transient model for pipeline-riser systems, Chemical Engineering Science, 46, 9: 2167-2179. ##
[7]. Schmidt Z, Brill JP, HD Beggs (1980) Experimental study of severe slugging in a two-phase-flow pipeline-riser pipe system, Society of Petroleum Engineers Journal, 20, 05: 407-414. ##
[8]. Malekzadeh R, Henkes R, Mudde R (2012) Severe slugging in a long pipeline–riser system: Experiments and predictions. International Journal of Multiphase Flow, 46: 9-21. ##
[9]. Xu Q, Li W, Liu W, Zhang X, Yang C, Guo L (2020) Intelligent recognition of severe slugging in a long-distance pipeline-riser system, Experimental Thermal and Fluid Science, 113: 110022. ##
[10]. Yao T, Wu Q, Liu Z, Zou S, Xu Q, Guo L (2019) Experimental investigation on mitigation of severe slugging in pipeline-riser system by quasi-plane helical pipe device, Experimental Thermal and Fluid Science, 102: 189-204. ##
[11]. Jung S, Yang H, Park K, Seo Y, Seong W (2019) Monitoring Severe Slugging in Pipeline-Riser System Using Accelerometers for Application in Early Recognition, Sensors, 19, 18: 3930. ##
[12]. Nemoto RH, Baliño JL (2012) Modeling and simulation of severe slugging with mass transfer effects. International Journal of Multiphase Flow, 40: 144-157. ##
[13]. Masella J, Tran QH, Ferre D, Pauchon C (1998) Transient simulation of two-phase flows in pipes, International Journal of Multiphase Flow, 24, 5: 739-755. ##
[14]. Zuber N, Findlay J (1965) Average volumetric concentration in two-phase flow systems, Journal Heat Transfer, 87, 4: 453-468. ##
[15]. McCain W (1990) The Properties of Petroleum Fluids: PennWell, Tulsa. ##
[16]. Nemoto RH, Baliño JL, Burr KP (2009) Characteristic values and compatibility conditions for the no-pressure-wave model applied to petroleum systems, in Proceeding of the 20th International Congress of Mechanical Engineering, Gramado, RS, Brazil, paper code COB09-0748. ##
[17]. Dranchuk P, Abou-Kassem H (1975) Calculation of Z factors for natural gases using equations of state, Journal of Canadian Petroleum Technology, 14, 03. ##
[18]. Velarde J, Blosingame T, McCain Jr W (1999) Technical papers-abstracts-v) reservoir engineering (re)-correlation of black oil properties at pressures below bubble point pressure--a new approach (97-93), Journal of Canadian Petroleum Technology, 38, 13: 62. ##
[19]. Lee AL, Gonzalez MH, Eakin BE (1966) The viscosity of natural gases. Journal of Petroleum Technology, 18, 08: 997-1,000.
[20]. Egbogah EO, Ng JT (1990) An improved temperature-viscosity correlation for crude oil systems, Journal of Petroleum Science and Engineering, 4, 3: 197-200. ##
[21]. Beggs HD, Robinson J (1975) Estimating the viscosity of crude oil systems, Journal of Petroleum Technology, 27, 09: 1,140-1,141. ##
[22]. Beggs H, Vazquez M (1980) Correlation for Fluid Physical Property Prediction. Journal of Petroleum Techechnology, 32, 6: 968–970. ##
[23]. Collins A (1987) Properties of produced waters (1987 PEH Chapter 24), Petroleum engineering handbook. ##
[24]. Taitel Y, Dukler AE (1976) A model for predicting flow regime transitions in horizontal and near horizontal gas‐liquid flow. AIChE Journal, 22, 1: 47-55. ##
[25]. Kokal S, Stanislav J (1989) An experimental study of two-phase flow in slightly inclined pipes—II. Liquid holdup and pressure drop, Chemical Engineering Science, 44, 3: 681-693. ##