Ana Baričević

Assessing the Role of Recycled Tyre Polymer Fibres (RTPFs) on the Key Hydration Processes Governing Autogenous Shrinkage

Comparative study of natural and accelerated ageing of basalt fibres under alkaline and mildly acidic conditions

Sekvestracija ugljika u vezivima na bazi

10. simpozij doktorskog studija građevinarstva 2024. : zbornik skupa

MULTI-CRITERIA ANALYSIS OF WASTE FIBRE REINFORCED COMPOSITES

ANALIZA DEGRADACIJE BAZALTNIH VLAKANA U CEMENTNOM OKRUŽENJU

Uniaxial compressive and undrained shear strength of soil

Mechanical performance of basalt fibres under alkaline conditions

PREDVIĐANJE AUTOGENOG SKUPLJANJA CEMENTNE PASTE

Challenges of UHPC on site application: comparison of laboratory and on-site results

Volumenske deformacije morta mikroarmiranog otpadnim ugljičnim vlaknima

Synergistic integration of waste fibres and supplementary cementitious materials to enhance sustainability of ultra-high-performance concrete (UHPC)

9th Doctoral Symposium in Civil Engineering Proceedings

RETROFITTING OF SACRAL BUILDINGS AFTER THE RECENT EARTHQUAKES IN CROATIA

Magnezij-fosfatna cementna pasta ojačana bazaltnim vlaknima

Svojstva magnezij-fosfatnog cementa s dodatkom letećeg pepela i metakaolina

Svojstva ugljičnim vlaknima ojačanog morta

Utjecaj udjela i duljine otpadnih staklenih vlakana na svojstva morta

Quantifying the impact of parameters of chloride-induced reinforcement corrosion on the GPR signal

Sulphate resistance of wood-biomass-ash injection grout

Alkali resistance of selected waste fibres to model cement environment

Distribution of synthetic fibers in cementitious composites

Alkaline resistance of recycled tyre polymer fibres for cement composites

Restoring Historical Buildings Amid Climate Crisis: Hydraulic, Waste-Based Lime

Experimental and numerical analysis of concrete slabs reinforced with rebar and recycled steel fibers from waste car tyre

DEVELOPMENT OF MAGNESIUM PHOSPHATE CEMENT USING LIGHT BURNED MAGNESIUM OXIDE

Sustainable Hybrid Lime Mortars for Historic Building Conservation: Incorporating Wood Biomass Ash as a Low-Carbon Secondary Binder

Possibilities of using UHPC as a repair material

THE USE OF WASTE CARBON FIBRES FOR THE PRODUCTION OF CONDUCTIVE CEMENTITIOUS MATERIALS

Degradacija bazaltnih vlakana u alkalnoj otopini

RESTORING HISTORICAL BUILDINGS AMID CLIMATE RISIS: HYDRAULIC, WASTE-BASED LIME

Armiranje betona staklenim vlaknima

Metode ispitivanja skupljanja morta

Sanacija mosta u trasi autoceste

On the relation of microstructure development and time- zero as the beginning of autogenous shrinkage

Projekt sanacije mosta u čvoru Začretje

Characterization of ground penetrating radar signal during simulated corrosion of concrete reinforcement

Sanacije betonskog lučnog mosta na lokalnoj cesti

Teorija i tehnologija betona Mjerne metode

Trajnost umjetnih vlakana u cementnim kompozitima

A review of early age shrinkage deformations in cementitious composites

Cementitious Composites Reinforced withWaste Fibres from the Production of High-Quality Construction Textiles

Izvedbeni projekt sanacije vijadukta Bukovo - smjer Rijeka

Influence of cement matrix composition on early age shrinkage properties

Waste fibres: A new perspective for the construction industry

Utjecaj zamjene cementa metakaolinom i vapnenačkim filerom na svojstva UHPC-a

Utjecaj recikliranih polimernih vlakana na unutarnje njegovanje morta

Primjena otpadnih materijala u sastavu UHPC-a

Nerazorne metode ispitivanja zidanih građevina

Predgotovljeni betonski rubnjaci i kanalice s pepelom drvne biomase

Metode popravka i pojačanja zidova

Non-Destructive Corrosion Inspection of Reinforced Concrete Using Ground-Penetrating Radar: A Review

Study on the post-fire properties of concrete with recycled tyre polymer fibres

Primjena betona od recikliranog agregata tijekom izgradnje nove zgrade dnevne bolnice u Zadru

Usporedba učinkovitosti tragača armature i georadara u ocjeni stanja konstrukcija: primjeri iz prakse

Zaštita čeličnih konstrukcija primjenom zaštitnih sustava premaza

Utjecaj vlage i klorida u betonu na rezultate dobivene georadarom

Skupljanje cementnih kompozita visoke čvrstoće ojačanih vlaknima

Određivanje dielektrične konstante betona za frekvencije radara

Case Study on Application of Ground-Penetrating Radar for Non-Destructive Assessment of Historical Building

Study on mechanical and durability properties of concrete with RTPF after high temperature exposure

Primjena georadara u ocjeni stanja građevina

Mogućnosti upotrebe otpadnih vlakana u cementnim kompozitima visokih uporabnih svojstava

Prototyping of a Wall-climbing Robot for the Inspection of Concrete Bridges

Preliminary study on the influence of waste fibres on early age autogenous shrinkage of cementitious composites

Ground Robotic Systems for the Inspection of Concrete Bridges

Influence of corrosion-induced damage in reinforced concrete on GPR signal parameters

Razvoj bescementnih hidrauličnih veziva s otpadnim pepelom drvne biomase

Corrosion Monitoring of Reinforced Concrete Using Ground Penetrating Radar

Autonomni sistemi za pregled mostova

Potential of Using Wood Biomass Ash in Low-Strength Composites

The Effect of Crystalline Waterproofing Admixtures on the Self-Healing and Permeability of Concrete

Sustav upravljanja građevnim otpadom

Projektiranje i primjena betona od recikliranog materijala

Armiranje betona ugljičnim vlaknima

Correlation between physical and chemical properties of wood biomass ash and cement composites performances

INNOVATIVE CONSTRUCTION PRODUCTS: DRIVERS OF SUSTAINABLE ENGINEERING

Primjena bazaltnih vlakana u betonu

Long-term monitoring of a hybrid SFRC slab on grade using recycled tyre steel fibres

Propusni beton s efektom samočišćenja

Effect of recycled tire polymer fibers on autogenous deformation of self-compacting concrete

Condition assessment of concrete structures using ground penetrating radar (GPR)

Predviđanje uporabnog vijeka armiranobetonskih građevina u agresivnom okolišu

Određivanje utjecaja biopepela na osjetljivosti čelične armature na koroziju

Primjena recikliranih polimera ojačanih vlaknima u betonu

Novel materials and technologies for repair of concrete structures

Wood Biomass Ash as a Raw Material in the Concrete Industry

Proceedings of the International Conference on Sustainable Materials, Systems and Structures (SMSS2019) Durability, Monitoring and Repair of Structures

Projekt obnove Hrvatskog muzeja arhitekture

Prijedlog obnove paviljona „Đuro Đaković“

Projekt sanacije pješačkih staza Jadranskog mosta u Zagrebu

Ekološki mortovi za sanaciju povijesnih građevina

Informacijsko modeliranje povijesne zgrade - projekt obnove

Mikroarmirani betoni s recikliranim vlaknima

Effect of polymer fibers recycled from waste tires on properties of wet-sprayed concrete

Skupljanje morta s pepelom iz drvne biomase kao sporednim cementnim materijalom

Obnova povijesnih stambenih zgrada

Freeze-Thaw Durability of Fiber Reinforced Concrete

Ocjena stanja i projekt sanacije paviljona Đuro Đaković na Zagrebačkom velesajmu

Određivanje orijentacije čeličnih vlakana u betonu primjenom računalne tomografije

Market Potential of Wood Biomass Ash Utilisation in Cement Composites - Croatian Case Study

Influence of recycled tire polymer fibers on concrete properties

Concrete used in LNG storage tanks

Projekt sanacije paviljona „Đuro Đaković“ – zajednički diplomski rad –

Ojačanje zidane konstrukcije na potresna djelovanja

Drying shrinkage of mortar containing wood biomass ash as supplementary cementitious material

Behaviour of Concrete at Cryogenic Temperatures

Properties and testing procedures of concrete resistant to extremely low temperatures

Service life prediction of fibre reinforced concrete in aggressive environments

Trajnost mikroarmiranih betona s polimernim i čeličnim vlaknima

Potential of use wood biomass ash in the cement composites

Ljuske jajeta – otpad ili vrijedan građevinski materijal

Građevinski materijali za održivu budućnost (CoMS_2017)

Projekt sanacije oštećene armiranobetonske konstrukcije nadvožnjaka na autocesti Zagreb - Macelj

Gospodarenje građevnim otpadom - izazovi i prilike

Vizualni pregled i istražni radovi na armiranobetonskoj konstrukciji Doma invalidnih osoba

Fatigue behaviour of steel fibres reinforced concrete elements

Properties of Concrete Reinforced with Recycled Tyre Polymer Fibers

Primjena recikliranih čeličnih vlakana u betonskim elementima izloženima zamoru

Hybrid Fiber–Reinforced Concrete with Unsorted Recycled-Tire Steel Fibers

Durability of fibre reinforced concrete floors

Mechanical and durability properties of cement mortars with built-in sewage sludge ash

Effect of lime addition during sewage sludge treatment on characteristics of resulting SSA when it is used in cementitious materials

Ocjena stanja nadvožnjaka u čvoru Krapina

Use of Sewage Sludge Ash as Partial Cement Replacement in the Production of Mortars

Properties of Sprayed Concrete with Recycled Tyre Polymer Fibres

Procjena trajnosti mikroarmiranih betona u morskom okolišu

DEVELOPMENT OF SPECIALY DESIGNED "6R" CONSTRUCTION PRODUCTS

Alternativni materijali u suvremenim konstrukcijama

Freeze - thaw resistance of sprayed concrete with recycled tyre polymer fibres

Textile Fibres from Recycled Tyres

Utjecaj pročišćavanja polimernih vlakana iz otpadnih guma na svojstva betona

Effect of lime addition during sewage sludge treatment on characteristics of resulting SSA when it is used in cementitious materials

Use of incinerated sewage sludge ash in concrete production

Sewage sludge ash as a supplementary cementitious material

Potencijal biopepela i stanje u Republici Hrvatskoj

Gospodarenje građevnim otpadom

Punching Shear Strength of Concrete Slabs Reinforced with Recycled Steel fibres from Waste Tyres

Punching of Slabs Reinforced With Recycled Fibres From Used Tyres

Utilization of polypropylene fibre reinforced cement composites as a repair material: A review

Proračun ojačanja armiranobetonskih konstrukcija s kompozitnim materijalom - polimerom ojačanim vlaknima

Behavior of Reinforced Concrete with Recycled Tyre Polymer Fibers After Fire Exposure

Influence of surface concrete preparation on adhesion properties of repair materials

Istraživački Projekti: Izazovi i Mogućnosti

Re-use of tyre polymer fibre in concrete

Mogućnosti primjene alternativnih materijala u proizvodnji betona

Needs for development in syllabuses at civil engineering faculties

Shrinkage Behaviour of Fibre Reinforced Concrete with Recycled Tyre Polymer Fibres

The development of repair mortar using environmentally sustainable fibers

Ispitivanje učinka hidrofobne impregnacije na otpornost mikroarmiranih betona u morskom okolišu

Ocjena stanja betonskog obalnog zida izloženog djelovanju morske vode više od 30 godina

Effect of fresh condition on the toughness of hybrid fibre reinforced concrete with unsorted recycled steel fibres

Hibridni mikroarmirani industrijski podovi

Mogućnosti približavanja betonske industrije cirkularnom modelu kroz industrijsku simbiozu

Construction materials roadmap for R&D

Possibilities of use of products from waste tyre recycling in concrete industry

Ekološki, inovativni i konkurentni hrvatski proizvodi sufinancirani iz EU fondova

FIBRE REINFORCED SCC CONCRETE WITH RECYCLED FIBRES

Contribution to the development of sustainable hybrid fibre reinforced concrete using byproducts from recycling of waste tyres

Optimalizacija materijala primjenom akustične emisije

Innovative use of waste tyres for sustainable concrete technology

Betonski proizvodi specijalne namjene od reciklata otpadnih guma

Procjena trajnosti mikroarmiranih betona u morskom okolišu primjenom potenciostatske anodne polarizacije

Promjena svojstava recikliranog hibridnog mikroarmiranog betona uslijed izloženosti agresivnom okolišu

Žilavost mikroarmiranih betona s polipropilenskim vlaknima

POŽARNA OTPORNOST BETONA S OTPADNIM MATERIJALIMA

POSITIVE INTERACTION OF INDUSTRIAL AND RECYCLED STEEL FIBRES IN FIBRE REINFORCED CONCRETE

Innovative low cost hybrid fibre reinforced concrete

SUSTAINABLE CONCRETE TECHNOLOGY THROUGHOUT ENTIRE LIFE CYCLE

Innovative low cost fibre-reinforced concrete. Part II: Fracture toughness and impact strength

Mechanical properties of high strength concrete with recycled steel fibres from waste tyres

Primjer implementacije projekta: RUCONBAR – Rubberised Concrete Noise Barrirers

Primjer implementacije projekta: RUCONBAR – Rubberised Concrete Noise Barrirers

Primjer implementacije projekta: RUCONBAR – Rubberised Concrete Noise Barrirers

Primjer uspješnog hrvatskog projekta iz programa CIP Eko Inovacije - Rubberised Concrete Noise Barrirers (RUCONBAR)

Durability properties of high performance metakaolin concrete in different curing conditions

Innovative low cost fibre-reinforced concrete. Part I: Mechanical and durability properties

RUCONBAR - Greening the market of noise protection solutions

Mehanička svojstva betona mikroarmiranih recikliranim čeličnim vlaknima

Innovative materials for sustainable railway tracks

RUBBERIZED HYBRID FIBRE REINFORCED CONCRETE

AIR PERMEABILITY AS A PARAMETER OF CONCRETE QUALITY COMPLIANCE

PRIMJENA OTPADNIH GUMA ZA PROIZVODNJU SPECIJALNIH BETONA

Optimalizacija svojstava morta s različitim udjelima reciklirane gume

Kolosijek na betonskoj podlozi - ECOTRACK

Primjena otpadnih automobilskih guma u proizvodnji barijera za zaštitu od buke - RUCONBAR

Rubberized hybrid fibre-reinforced concrete for special applications

Durability properties of concrete with recycled waste tyres

Betoni visokih uporabnih svojstava kod kolosijeka za velike brzine

Ekološke betonske barijere za zaštitu od buke - ECOBAR

Usporedba žilavosti običnog, mikroarmiranog i samozbijajućeg betona

Primjena reciklirane gume u proizvodnji apsorbirajućih betonskih barijere za zaštitu od buke

Habanje kao mjera površinske kvalitete običnog, mikroarmiranog i samozbijajućeg betona

Hibridni mikroarmirani betoni s recikliranim vlaknima

Apsorpcijska svojstva laganog betona s recikliranom gumom - RUCONBAR

RUCONBAR – innovative noise protection solution made of recycled waste tyres

Permeability as a parameter in the durability design of concrete

Upotreba recikliranih čeličnih vlakana za proizvodnju mikroarmiranih betona

Sustainable Concrete Technology throught Entire Life Cycle

ECOBAR - Betonske barijere za zaštitu od buke - inovativno rješenje

Određivanje utjecaja predobrade gume na trajnosna svojstva betona

Usporedba određivanja svojstava propusnosti betona na terenu i u laboratoriju

Betoni s otpadnim tekstilnim vlaknima

Ekološki reciklirani mikroarmirani betoni

Ekološki beton s recikliranom gumom

Properties of concrete with components from waste tyre recycling

Istraživanja kriterija održivosti armiranog betona

Analytical models for cover cracking in the RC structures due to rebar corrosion

Upotreba lokalno dostupnih sekundarnih sirovina i recikliranih materijala u betonskim konstrukcijama

Innovative materials for sustainable railway tracks

Influence of Alkali-resistant Glass Fibers Distribution on Properties of Cementitious Composites

Upotreba produkata reciklaže otpadnih guma u građevinskoj industriji - Anagennisi

Circlear – a new generation of barrier for air and noise pollution mitigation

Production Waste Fibres as a Sustainable Alternative for Strengthening Cementitious Composites

Influence of Waste Fibers on the Total Porosity of Cementitious Composites

Interaction of basalt fibres and highly alkaline environments

Autogenous Shrinkage in Cementitious Materials: Testing Procedures and Prediction Models – State of the Art

Podna ploča sa recikliranim čeličnim vlaknima

Ballastless track - ECOTRACK - Poc programme

Rubberised Concrete Noise Barriers - new product from recycled waste tyres

Rubberized concrete noise barriers - RUCONBAR

Mikroarmirani betoni – inovativno rješenje

Possibilities of using recycled tyre polymer fibre in concrete industry

IDENTIFYING THE CAPITABILITIES OF GROUND PENETRAING RADAR IN STRUCTURAL CONDITION ASSESSMENT

Evaluating the durability of basalt fibres in cement matrices: a comparison of natural and accelerated aging methods

Reciklirani materijali uobičajene i specijalne namjene

Održivost - materijali budućnosti

Recycled tire polymer fibres - Sustainable alternative for mitigating autogenous shrinkage

Rubberised Concrete Noise Barriers - new product from recycled waste tyres

RUBBERISED CONCRETE NOISE BARRIERS

Proposal preparation: Technical documentation

RUCONBAR – Rubberized concrete noise barriers ECOTRACK – Concrete track system