# numerical and physical study on a cylindrical tundish

### NUMERICAL AND PHYSICAL SIMULATION OF STEEL LADLE

designs and with/without air injection. Numerical modeling was made to mimic the physical trials and also to become a new tool faster and cheaper to develop a new costumer made well block enhanced yield design. Air injection was introduced in order to reduce H C. 2 METHODOLOGY A cylindrical model following a 1 6.5 scale of an

Get Price### Numerical Physical and Industrial Studies of Liquid

Oct 24 2014 · The object of investigation was a one‐strand wedge‐type tundish designed for casting slabs. For the set zone of alloy feeding numerical simulations laboratory experiments (with a isothermal physical water model) and industrial experiments were carried out.

Get Price### Numerical Physical and Industrial Studies of Liquid

The object of investigation was a one‐strand wedge‐type tundish designed for casting slabs. For the set zone of alloy feeding numerical simulations laboratory experiments (with a isothermal physical water model) and industrial experiments were carried out.

Get Price### (PDF) Tundish Open Eye Formation in Inert Gas-Shrouded

The tundish plumes are predominantly vertically upward direction to a radial direction as cylindrical shaped as compared to conical ladle plumes. shown schematically in Figure 3. This kind of flow This statement is based on direct observations from pushes the slag layer radially outwards and creates a water model experiments 13 and numerical

Get Price### (PDF) Tundish Open Eye Formation in Inert Gas-Shrouded

The tundish plumes are predominantly vertically upward direction to a radial direction as cylindrical shaped as compared to conical ladle plumes. shown schematically in Figure 3. This kind of flow This statement is based on direct observations from pushes the slag layer radially outwards and creates a water model experiments 13 and numerical

Get Price### Influence of Axial Magnetic Field on Swirling Flow and

References Bessaih R. Marty P. and Kadja M. 1999 " Numerical study of disk driven rotating MHD flow of a liquid metal in a cylindrical enclosure " Acta Mechanica 135(3–4) 153–167. Crossref Google Scholar Bessaih R. Kadja M. Eckert K. and Marty P. 2003 " Numerical and analytical study of rotating flow in an enclosed cylinder under an axial magnetic field " Acta

Get Price### (PDF) Tundish Open Eye Formation in Inert Gas-Shrouded

The tundish plumes are predominantly vertically upward direction to a radial direction as cylindrical shaped as compared to conical ladle plumes. shown schematically in Figure 3. This kind of flow This statement is based on direct observations from pushes the slag layer radially outwards and creates a water model experiments 13 and numerical

Get Price### steel research international Vol 85 No 5

Inclusions of RH refining tundish slab and plate are investigated on API‐X70 pipeline steel. It is found that reoxidation in tundish converts the well‐modified liquid calcium aluminates into solid Al 2 O 3 ‐rich inclusions and the number dramatically increased. Reoxidation in tundish put the calcium treatment and strong capacity of inclusion removal during RH treatment in vain.

Get Price### Comparison between Standard and Renormalization Group k

the numerical simulation processes and since the results can be accepted with small difference to inclined walls 1) vertical walls are adopted for physical prototype with in-clined wall. The structure of the simpliﬁed swirling ﬂow tundish for numerical simulation is shown in Fig. 1 with swirling chamber weir and dam. Because of the introduc-

Get Price### Formation of Slag eye in an Inert Gas Shrouded Tundish

The present modeling study allows us to observe the transient and steady-state behaviors of slag eye s in tundishes for gas flow rates ranging from 2 to 12 . Also the numerical simulation shows us the usefulness of using the VOF and discrete phase models to predict slag eye sizes in a tundish.

Get Price### Eﬀect ofswirling ﬂow tundish submerged entry nozzle

ate swirling ﬂow in a SEN simply by using a cylindrical tundish design 23–27 . It was studied by both mathematical and physical modelling 25 . This new tundish design could also improve the steel ﬂow characteristics and temperature distri- this study. The numerical simulations were carried out

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Context. Predicting the emerging X-ray spectra in several astrophysical objects is of great importance in particular when the observational data are compared with theoretical models. This requires developing numerical routines for the solution of the radiative equation according to the expected physical conditions of the systems under study. /> Aims We have developed an algorithm solving the

Get Price### Inclusion Behavior under a Swirl Wiley Online Library

Peiyuan Ni Dongxing Wang Lage Tord Ingemar Jonsson Mikael Ersson Ting-an Zhang Pär Göran Jönsson Numerical and Physical Study on a Cylindrical Tundish Design to Produce a Swirling Flow in the SEN During Continuous Casting of Steel Metallurgical and Materials Transactions B 10.1007/sy 48 5 () (2017).

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Apr 14 2021 · Volume of a hollow cylinder. The hollow cylinder also called the cylindrical shell is a three-dimensional region bounded by two right circular cylinders having the same axis and two parallel annular bases perpendicular to the cylinders common axis.

Get Price### Inclusion Behavior under a Swirl Wiley Online Library

Peiyuan Ni Dongxing Wang Lage Tord Ingemar Jonsson Mikael Ersson Ting-an Zhang Pär Göran Jönsson Numerical and Physical Study on a Cylindrical Tundish Design to Produce a Swirling Flow in the SEN During Continuous Casting of Steel Metallurgical and Materials Transactions B 10.1007/sy 48 5 () (2017).

Get Price### Metallurgical and Materials Transactions B Volume 48

Jun 21 2017 · Numerical and Physical Study on a Cylindrical Tundish Design to Produce a Swirling Flow in the SEN During Continuous Casting of Steel Authors (first second and last of 6) Peiyuan Ni

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In this section the flow features around a vertical cylindrical pile mounted on a horizontal plane soil bed and subjected to a steady current are investigated through numerical simulations for the two meshes listed in table 1. For the simulations in this section the bed is

Get Price### In the Tundish Flow State in the ANSYS Simulation

Through the establishment of ANSYS tundish steel liquid flow finite element model analysis of finite element method in simulating the flow field in tundish for applications. comparison with and without flow control device of liquid steel in tundish flow characteristics the results have guiding significance for practical production.

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The effect of a new cylindrical swirling flow tundish design on the multiphase flow and heat transfer in a mold was studied. The RSM (Reynolds stress model) and the VOF (volume of fluid) model were

Get Price### A Study on the Nonmetallic Inclusion Motions in a Swirling

Dec 29 2017 · The three-dimensional mathematical model of the new cylindrical tundish is made in a Cartesian coordinate system. The steel flow field in the new tundish has previously been solved by using the RSM 43 44 45 combined with the Stress-Omega 45 46 submodel.Furthermore the predictions have been validated by water model experiments. The inlet steel flow rate is 5.0 m 3 /h.

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Mar 01 2009 · The two block radial polar grid and the boundary conditions used are shown in Fig. 1.Based on the earlier grid-sensitivity study by Rajani et al. all the present calculations use 144 nodes stretched along the radial direction and 121 equispaced nodes around the circumferential direction case of three-dimensional flow situation however 32 equidistant parallel planes cover the total

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Jan 01 1993 · An aqueous system which included a transparent plexiglas test-section of the tundish (with all the relevant details o f the flow p a s s a g e reproduced) was used for physical modeling studies. T h e geometrical scale factor used in satisfying the scaling laws o f the Similitude Principle was 1.5465 whereby both the Reynolds and F r o u d e

Get Price### In the Tundish Flow State in the ANSYS Simulation

Through the establishment of ANSYS tundish steel liquid flow finite element model analysis of finite element method in simulating the flow field in tundish for applications. comparison with and without flow control device of liquid steel in tundish flow characteristics the results have guiding significance for practical production.

Get Price### Numerical Physical and Industrial Studies of Liquid

Oct 24 2014 · The object of investigation was a one‐strand wedge‐type tundish designed for casting slabs. For the set zone of alloy feeding numerical simulations laboratory experiments (with a isothermal physical water model) and industrial experiments were carried out.

Get Price### (PDF) Physical and Mathematical Modeling of Two-Phase

The evolution of melt tem- perature in the ladle-tundish-mold assembly during continuous casting operation can be predicted reason- ably well through numerical ﬂuid ﬂow and heat trans- fer. 13–15 On the basis of such the temperature of molten steel as it leaves a tundish Tex tundish is assumed to be generally known.

Get Price### Numerical and Physical Study on a Cylindrical Tundish

Numerical and Physical Study on a Cylindrical Tundish Design to Produce a Swirling Flow in the SEN During Continuous Casting of Steel. Ni Peiyuan . Wang Dongxing . A new tundish design was investigated using both water model experiments and numerical simulations. The results show that the Reynolds Stress Model simulation results agree

Get Price### A Review of Physical and Numerical Approaches for the

Nov 20 2018 · This article presents a review of the research into gas stirring in ladle metallurgy carried out over the past few decades. Herein the physical modeling experiments are divided into four major areas (1) mixing and homogenization in the ladle (2) gas bubble formation transformation and interactions in the plume zone (3) inclusion behavior at the steel–slag interface and in the molten

Get Price### Numerical and Physical Study on a Cylindrical Tundish

Aug 01 2017 · In this paper only the steel flow in the cylindrical part of the tundish with the new parameter design was investigated based on both numerical simulations and water model experiments. Note that the cylindrical part of the tundish is the only cause for creating a swirling flow inside the SEN.

Get Price### Formation of Slag eye in an Inert Gas Shrouded Tundish

The present modeling study allows us to observe the transient and steady-state behaviors of slag eye s in tundishes for gas flow rates ranging from 2 to 12 . Also the numerical simulation shows us the usefulness of using the VOF and discrete phase models to predict slag eye sizes in a tundish.

Get Price### Comparison between Standard and Renormalization Group k

the numerical simulation processes and since the results can be accepted with small difference to inclined walls 1) vertical walls are adopted for physical prototype with in-clined wall. The structure of the simpliﬁed swirling ﬂow tundish for numerical simulation is shown in Fig. 1 with swirling chamber weir and dam. Because of the introduc-

Get Price### Metallurgical and Materials Transactions B Volume 48

Jun 21 2017 · Numerical and Physical Study on a Cylindrical Tundish Design to Produce a Swirling Flow in the SEN During Continuous Casting of Steel Authors (first second and last of 6) Peiyuan Ni

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