Marko Bartolac

Problems of open thin-walled profiles subjected to bending

Design of the foundation beam loaded with a series of concentrated forces

Analysis of a two-storey frame structure according to the theory of plasticity

Design of slender columns loaded with eccentric compressive force

Failure criteria for structures made of elastoplastic materials and subjected to mutiaxial stress state

Inspection of existing structures: case studies and lessons learned

Analysis of a pedestrian and cyclist steel bridge test results

esign of girders subjected to bending moment and longitudinal force

Comparison of basic dynamic properties of masonry buildings elements before and after structural rehabilitation

Analysis of shear strength test results on masonry buildings in Zagreb

Tests within the bridge assessment procedure

Testing of Roof Structure of Production Hall

Concrete Fracture Mechanisms

Design of an "I" section girder exposed to bending

Experimental tests for the purpose of design projects for the reconstruction of public buildings damaged by the earthquake

Testing of pedestrian bridges

Analiza detalja stope skele za obnovu Zagrebačke katedrale

Failure Criteria for Elements Built from Different Materials

Column Stability Problem

Investigation Works for Design of Rehabilitation of Masonry Buildings

ROLE OF DYNAMIC TESTS IN CALIBRATION OF NUMERICAL MODELS OF STRUCTURES

Experimental Analysis of the Bridge over the Kutinica Stream

Design of Frame Systems According to Plasticity Theory

Load test of Pelješac bridge with utilization and implementation of SHM system

Fracture Mechanics of Fibre Reinforced Polymers

Load Test of Bridges

Load Test of a Road Bridge

Investigation works in scope of rehabilitation design of earthquake damaged buildings

Material Failure Limit in Multiaxial Stress State

Methods for determining mechanical properties of walls

Yield and Fracture Criteria

Stresses and Strains in Axially Loaded Bars

Buckling of Columns

Stability Analysis of Axially Loaded Bars

Structural Design According to Plasticity Theory

Integrated Management System in Laboratories of University of Zagreb Faculty of Civil Engineering

Non-destructive test methods applied to masonry structures

Eksperimentalna i numerička analiza cestovnoga mosta

Autonomous systems for bridge inspection

Application of UAVs for assessment of bridge infrastructure

Buckling of Columns

Bridge load test

Bending of composite girders

Design of axially loaded members

Torsion of straight bars

Buckling of columns and beams

Axial loading of rods

Usage of strength theories as fracture or plasticity criteria

Structural design according to plasticity theory

Cross section core - design and application

Design of statically indeterminate structures

Structural design of built-up girders

Experimental analysis of a motorway bridge

Study on the Tram Traffic Development in Zagreb, Report I - The Analysis of Tramway Track Condition

Load test of a motorway bridge

Buckling of columns and beams

Static and dynamic testing of concrete railway sleepers

Structural design according to plasticity theory

Load testing of railway bridge Kloštar

Comparison of design of straight and curved beams

Usage of strength theories as fracture or plasticity criteria

Buckling of columns and beams

Experimental determination of modal parameters of structures

Rod stability loss in elastic and plastic regime

Study on Seismic Risk Mitigation in the City of Zagreb

Design of statically indeterminate structures according to plasticity theory

Potential energy - general theorems

Design of statically indeterminate structures

Experimental analysis of a steel girder loaded in bending

Cross section core - design and application

Report on railway track condition assessment on a railway line Zagreb GK - Sisak (M502) for typical vehicle pass-by noise measurements

Scientific and professional research in development of modern facilities and maintenance of existing structures - Faculty of Civil Engineering in Zagreb

Possibilities for funding of doctoral studies research through EU projects

Determination of modulus of elasticity and compressive strength of steel fibre reinforced concrete

Punching strength of flat slabs with and without shear reinforcement

Svojstva predgotovljenih konstruktivnih elemenata s djelomičnom zamjenom armature recikliranim čeličnim vlaknima

Determination of tensile strength and toughness of steel fibre reinforced concrete

Eksperimentalna analiza proboja AB ploča

Recycled steel fibres as a partial replacement of classical reinforcement in precast concrete elements

Hexaco model ličnosti i akademski integritet studenata

Static and dynamic testing of reinforced concrete sleepers

Static and dynamic testing of prestressed monoblock sleepers

Testing of the railway bridge "Sava - Jakuševac" after reparation

Testing and analysis of parameters for big arch bridges