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Special Steel Structures - Project Assignment

Special Steel Structures - Project Assignment
Major Structural Engineering - in English
Faculty Faculty of Structural Engineering
Department Steel, Timber and Plastic Structures
Lead Lecturer Prof. Dr. Eng. Borislav Belev

Publications

Design of self-supporting dome roofs
ZDRAVKOV L. A.. T. D. Dincheva

Conditions of the tanks in exploitation in which will be mounted aluminium floating roofs
ZDRAVKOV L. A.

Lateral - torsional buckling of steel beams
ZDRAVKOV L. A.

ZDRAVKOV L. A.
Using of General Method of Standard EN 1993-1-1 to Design of Self-Supporting Cone Roofs

Self-supporting Dome Roof on Tank with V = 70 000 m3 capacity. New approaches to design
ZDRAVKOV L. A.

Effective buckling lengths of compressed elements, determined by SAP 2000 and Robot Structural Analysis, 15th international science conference VSU' 2015
ZDRAVKOV L. A.

Use of LBA-MNA methodology for determination of bearing capacity of compressed shells
Use of LBA-MNA methodology for determination of bearing capacity of compressed shells

Using of General Method for determining bearing capacity of domes wirth radial girders and circular elements on circular base, with different stiffeneing
ZDRAVKOV L. A.

Influence of anchor bolts on stresses in base plates
Zdravkov L. A.

Influencing factors on effective width of compressed zone in joint column - cylindrical shell of steel silo
Zdravkov L. A.

Place of load’s application on the cylindrical body – does it have an influence on distribution of normal stresses within it
Zdravkov L. A.

Necessary height of the vertical stiffeners in steel silos on discrete supports
Zdravkov L. A.

Arch effec in silos on discrete supports. Is it a myth or reality?
Zdravkov L. A.

Steel domes with radial girders and circular elements on circular base. How to design them
Zdravkov L.A.

Numerical Analysis of Vertical Steel Storage Tanks on ANSYS Workbench and ANSYS Mechanical APDL
Pantusheva, M., Zdravkov, L.A.

Typical damage in steel storage tanks in operation
Zdravkov, L., Pantusheva, M.

Anchoring of the Steel Vertical Cylindrical Tanks. Possibility of Increasing of the Bearing Capacity
Zdravkov, L.A.

Influence of Columns of Supported Cone Roofs on Natural Frequencies of Stored Liquid
Zdravkov, L.A.

Necessary height of the ring beams in the steel silos on discrete supports. Another approach for its determination.
Zdravkov, L. A.

Influence of the geometrical imperfections in the cylindrical steel shells, loaded by axial compression
Zdravkov, L. A.

Influence of the Roof Structure on the Forces in Top Angle Under Wind Loading
Zdravkov, L. A.

Calculation of the buoyancy of external single deck floating roofs
Zdravkov, L. A.

Necessary height of the vertical stiffeners in steel silos on discrete supports with accounting of imperfections
Zdravkov, L. A.

Constructive measures to preserve the bearing capacity of steel vertical tanks in service for a long time
Zdravkov, L.A.

Influence of the distance between vertical cylinders positioned in a row on the wind load on them
Zdravkov, L.A.

Study materials

General plan of Aboveground Steel Tank
Zdravkov L. A.

Bottom of Aboveground Steel Tank
Zdravkov L. A.

Shell of Aboveground Steel Tank
Zdravkov L. A.

Roof of Aboveground Steel Tank
Zdravkov L. A.

Central ring of roof of Aboveground Steel Tank
Zdravkov L. A.

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