Kamil Krzywiński

About Kamil Krzywiński

Kamil Krzywiński, With an exceptional h-index of 8 and a recent h-index of 8 (since 2020), a distinguished researcher at Politechnika Wroclawska, specializes in the field of Epoxy resin, Concrete substrate, Adhesion, Pull-off strength, Surface treatment.

His recent articles reflect a diverse array of research interests and contributions to the field:

Organic cross-linking decreases the thermal conductivity of calcium silicate hydrates

Fundamental understanding of the thermal properties of amorphous epoxy resin coatings filled with quartz-feldspar powder sourced from quarry waste

Thermal Properties of Polymer Adhesive Modified with TiO2 Used for Structural Strengthening

Thermal properties of polymer floor coating with alternative granite powder filler

Dry spinning wear of cementitious materials: A novel testing method and mechanism

Thermal wear of epoxy composite modified with rutile titanium dioxide

Engineering and manufacturing technology of green epoxy resin coatings modified with recycled fine aggregates

Engineering of composite materials made of epoxy resins modified with recycled fine aggregate

Kamil Krzywiński Information

University

Position

Wroclaw University of Science and Technology /

Citations(all)

215

Citations(since 2020)

215

Cited By

57

hIndex(all)

8

hIndex(since 2020)

8

i10Index(all)

5

i10Index(since 2020)

5

Email

University Profile Page

Google Scholar

Kamil Krzywiński Skills & Research Interests

Epoxy resin

Concrete substrate

Adhesion

Pull-off strength

Surface treatment

Top articles of Kamil Krzywiński

Organic cross-linking decreases the thermal conductivity of calcium silicate hydrates

Cement and Concrete Research

2023/12/1

Fundamental understanding of the thermal properties of amorphous epoxy resin coatings filled with quartz-feldspar powder sourced from quarry waste

Applied Surface Science

2023/3/30

Kamil Krzywiński
Kamil Krzywiński

H-Index: 4

Łukasz Sadowski
Łukasz Sadowski

H-Index: 21

Thermal Properties of Polymer Adhesive Modified with TiO2 Used for Structural Strengthening

2022/6/21

Thermal properties of polymer floor coating with alternative granite powder filler

2022/6/21

Kamil Krzywiński
Kamil Krzywiński

H-Index: 4

Łukasz Sadowski
Łukasz Sadowski

H-Index: 21

Dry spinning wear of cementitious materials: A novel testing method and mechanism

Measurement

2022/6/15

Thermal wear of epoxy composite modified with rutile titanium dioxide

Composite Structures

2022/2/15

Engineering and manufacturing technology of green epoxy resin coatings modified with recycled fine aggregates

International Journal of Precision Engineering and Manufacturing-Green Technology

2022/1

Kamil Krzywiński
Kamil Krzywiński

H-Index: 4

Łukasz Sadowski
Łukasz Sadowski

H-Index: 21

Engineering of composite materials made of epoxy resins modified with recycled fine aggregate

Science and Engineering of Composite Materials

2021/5/25

Kamil Krzywiński
Kamil Krzywiński

H-Index: 4

Łukasz Sadowski
Łukasz Sadowski

H-Index: 21

Potential use of granite waste sourced from rock processing for the application as coarse aggregate in high-performance self-compacting concrete

Construction and Building Materials

2020/3/30

Łukasz Sadowski
Łukasz Sadowski

H-Index: 21

Kamil Krzywiński
Kamil Krzywiński

H-Index: 4

The influence of texturing of the surface of concrete substrate on its adhesion to cement mortar overlay

The Journal of Adhesion

2020/3/11

The effect of the type of substrate and its surface treatment on the pull-off strength of gypsum plasters

The Journal of Adhesion

2020/3/11

The Effect of Recycled Fine Aggregate Sourced from Construction and Demolition Waste on the Properties of Epoxy Resin Coatings

2020/3/9

Kamil Krzywiński
Kamil Krzywiński

H-Index: 4

Łukasz Sadowski
Łukasz Sadowski

H-Index: 21

Ultrasonic evaluation of cement-based building materials modified using marble powder sourced from industrial wastes

Buildings

2020/2/27

Kamil Krzywiński
Kamil Krzywiński

H-Index: 4

Łukasz Sadowski
Łukasz Sadowski

H-Index: 21

Attempts to improve the subsurface properties of horizontally-formed cementitious composites using tin (ii) fluoride nanoparticles

Coatings

2020/1/19

See List of Professors in Kamil Krzywiński University(Politechnika Wroclawska)

Co-Authors

academic-engine