Josip Atalić

Impact and Recovery of the Croatian Earthquakes of 2020

Damage to masonry buildings after Petrinja Mw 6.4 earthquake in 2020

State of the art of the masonry building aggregates and retrofit strategies with emphasis on the City of Zagreb

The project “Earthquake risk assessment of the City of Zagreb”: the development of the building database

The Croatian Centre for Earthquake Engineering: establishment, activities and future opportunities

The Role of Disaster Risk Governance for Effective Post-Disaster Risk Management—Case of Croatia

Seismic vulnerability of historic brick masonry buildings in Vienna

2020 earthquakes in Croatia from the perspective of a structural engineer

Earthquake risk management

Raising the level of knowledge as a key element of reconstruction

Rapid usability inspections - reports on damage - seismic certificate

Impacts of Earthquakes in 2020 to Croatian Cultural Heritage

Linking energy and seismic retrofit according to experiences from recent earthquakes

Linking seismic and energy retrofit after the 2020 earthquakes

Assessment of "damage" and "character" of damage, categorization of "structural" retrofit, seismic risks and possible approaches

2020 earthquakes in Croatia: initiatives, activities and strategies of reconstruction process

Earthquake Engineering - Retrofitting of Masonry Buildings

A. Introduction: The earthquake and its effects - A.2. Earthquake risk in the city of Zagreb

BUILDING DAMAGE CAUSED BY THE ML5.5 ZAGREB EARTHQUAKE OF MARCH 22, 2020

March 22, 2020 Zagreb, Croatia earthquake

Model of seismic design lateral force levels for the existing reinforced concrete European building stock

Procjena potresne otpornosti tipične zgrade od neomeđenog ziđa u centru Zagreba

Exposure of standardised buildings in Zagreb built in the second half of the 20th century

The Mw5.4 Zagreb (Croatia) earthquake of March 22, 2020: impacts and response

Case-study of a typical residential building in the Lower town district of the city of Zagreb, Croatia

A. Introduction: The earthquake and its effects - A.3. Zagreb earthquake of 22 March 2020

B. Postearthquake damage assessment of damage to buildings - B.1. Damage inspections and building usability assessments

B. Postearthquake damage assessment of damage to buildings - B.2. Procedure for performing damaged building survey

B. Postearthquake damage assessment of damage to buildings - B.3. Future development

D. Principles and methods of calculation - D.2. Out-of-plane wall failure

H. Seismic performance assessment of a typical masonry building in Zagreb - H.1 Approach to the problem of load-bearing capacity assessment and seismic retrofitting

H. Seismic performance assessment of a typical masonry building in Zagreb - H.2 Computation of building seismic performance

Damage classification of residential buildings in historical downtown after the ML5.5 earthquake in Zagreb, Croatia in 2020

TORSION EFFECTS IN BUILDING SEISMIC PERFORMANCE

Seismic Performance Assessment of an Existing RC Wall Building with Irregular Geometry: A Case- Study of a Hospital in Croatia

Seismic performance assessment of existing stone masonry school building in Croatia using nonlinear static procedure

Urgent Program of Seismic Recovery

Earthquake Risk Mitigation Strategies in Croatia: Proposal of Future Activities Considering Experiences from Recent Earthquakes in Albania

Earthquake Risk Assessment for Republic of Croatia: challenges and opportunities

Six months after the Zagreb earthquake - lessons learnt

Influence of Multiple-Support Excitation on Seismic Response of Reinforced Concrete Arch Bridges

Zagreb earthquake of 22 March 2020 – preliminary report on seismologic aspects and damage to buildings

Influence of pounding on seismic performance of existing buildings in the City of Zagreb, Croatia

Seismic risk for Croatia: overview of research activities and present assessments with guidelines for the future

Seismic risk reduction in Croatia: mitigating the challenges and grasping the opportunities

Seismic performance assessment of existing buildings

Seismic risk of the City of Zagreb with the emphasis on the critical infrastructure buildings

European Seismic Risk Model 2020: Focus on Croatia

Presentation of potential projects and cooperation opportunities – civil engineering (seismic risk)

Damage assessment of buildings after earthquake in Albania - lessons learned

Challenges of the seismic risk assessment in Croatia

Seismic performance assessment of existing buildings

Renovation proposal of “Đuro Đaković” pavilion

The influence of XPS founded building on heat losses and seismic behaviour of nearly zero-energy building

Remediation of traditional stone columns by lead inlays

Challenges of the seismic risk assessment in Croatia

Problems in the seismic risk assessment in Croatia

Stability Analysis of a Simple Strut with Elastic Springs Through Sensitivity Surfaces and Gradients

Measures for the earthquake risk reduction in the City of Zagreb, Croatia

Seismic performance assessment of existing buildings

Study on Seismic Risk Mitigation in the City of Zagreb

Role of civil engineering experts in situations after devastating earthquakes

Renovation of Pavilion „Đuro Đaković“

Structural analysis of the castle Batthyany in Ludbreg

Structural analysis of business building considering core position

Structure of laboratory for large machines and operations

Influence of spatial variability of ground motion on seismic response of bridges

Methodology for seismic assessment developed on case study of HNK building in Zagreb

EXPERIENCES IN THE STRUCTURAL ANALYSIS AND SAFETY ASSESMENT OF HERITAGE BUILDINGS IN CROATIA

Influence of contact stresses on capacity of the traditional stone columns

Reconstruction of the Rector's palace atrium in Dubrovnik : the key role of the column connections

Influence of geometric imperfections on behaviour of reinforced concrete silo

Influence of contact stresses on traditional stone column

Estimation of post-critical behaviour of Euroherc office building addition in Zagreb

Impacts of dampers on dynamic response of high buildings

Compound buckling and imperfection sensitivity of single layer reticulated dome

Influence of contact stresses on capacity of the traditional stone columns

Traditional column connections with iron dowels - experimental and numerical analysis

Efficiency of Seismic Damping Devices for Braced Structures

INFLUENCE OF CONTACT STRESSES ON CAPACITY OF THE TRADITIONAL STONE COLUMNS

Influence of spatial variability of ground motion on response of large concrete arch bridges

Structural addition design for the Euroherc Building in Zagreb

Influence of Viscous Dampers on Efficiency of Wind Bracing

Experimental and Numerical Analysis of Traditional Column Connections with the Possible Retrofit Concept

Reconstruction of Rector’ s Palace atrium in Dubrovnik: a key role of column connections

Seismic analysis of Pelješac Bridge

Influence of Rotational Stiffness between Column Elements on Global Stability of Historical Constructions

Structural analysis of Višnjik dome in Zadar.