RTU Research Outputs and Resources: Reasearch Staff

Information about Author

Name, Surname:

Dmitrijs Gorbačovs

Department:

(25500) Transporta institūts

Scientific Degree:

Doktors

E-mail:

Dmitrijs.Gorbacovs(at)rtu.lv

Publications

12 items found, displaying 1 to 10.

Failure Study of Rubber-Cord Flexible Couplings and Their Mounting Bolts
(2024)

Dmitrijs Gorbačovs
Doctoral Thesis

Comparative Analysis of Two Steel Grades 41Cr4 and P355NL1 for Winter Operating Conditions
(2024)

Dmitrijs Gorbačovs, Pāvels Gavrilovs, Jānis Eiduks
Full-text conference paper published in conference proceedings indexed in SCOPUS or WOS database

Failure Analysis of Rubber-Cord Couplings of ER2 Series Electric Trains
(2023)

Dmitrijs Gorbačovs, Pāvels Gavrilovs, Jānis Eiduks, Guntis Strautmanis
Full-text conference paper published in conference proceedings indexed in SCOPUS or WOS database

Reducing the Number of Unscheduled Repairs of Traction Gear of EMU Trains by Introducing Modern Technical Solutions
(2022)

Fjodors Mihailovs, Jānis Eiduks, Dmitrijs Gorbačovs
Full-text conference paper published in conference proceedings indexed in SCOPUS or WOS database

Analysis of the Formation of Defects in the Microstructure of the M-24 Bolts of the Rubber-Cord Coupling at Various Ranges of Mileage of Electric Trains Motor Cars
(2022)

Dmitrijs Gorbačovs, Fjodors Mihailovs, Jānis Eiduks
Full-text conference paper published in conference proceedings indexed in SCOPUS or WOS database

Study of Damage to VAE Cross Crossing
(2022)

Pāvels Gavrilovs, Viktors Ivanovs, Dmitrijs Gorbačovs
Publication (reviewed) in journals with editorial board published in Latvia or abroad, including institutional juornals

Investigation of the Causes of Brittle Fracture by the M-24 Bolt Using the Impact Strength Method
(2022)

Pāvels Gavrilovs, Dmitrijs Gorbačovs
Full-text conference paper published in other conference proceedings

Determination of the Chemical Composition and Impact Strength of the M-24 Bolts for Fastening the Rubber-Cord Coupling of EMU Trains
(2022)

Pāvels Gavrilovs, Dmitrijs Gorbačovs, Jānis Eiduks, Guntis Strautmanis
Full-text conference paper published in conference proceedings indexed in SCOPUS or WOS database

Diesel Locomotive Repair and Technical Maintenance Technology: Laboratory Works
(2021)

Pāvels Gavrilovs, Dmitrijs Gorbačovs
Academic monograph (one author or a group of authors) for study purposes in HEIs

Determination of the Causes of the Series ER2T Electric Multiple Unit Trains Traction Gear Rubber-Cord Shell Damage
(2021)

Pāvels Gavrilovs, Jānis Eiduks, Dmitrijs Gorbačovs
Full-text conference paper published in conference proceedings indexed in SCOPUS or WOS database

Information about Author

Publications

Failure Study of Rubber-Cord Flexible Couplings and Their Mounting Bolts
(2024)

Comparative Analysis of Two Steel Grades 41Cr4 and P355NL1 for Winter Operating Conditions
(2024)

Failure Analysis of Rubber-Cord Couplings of ER2 Series Electric Trains
(2023)

Reducing the Number of Unscheduled Repairs of Traction Gear of EMU Trains by Introducing Modern Technical Solutions
(2022)

Analysis of the Formation of Defects in the Microstructure of the M-24 Bolts of the Rubber-Cord Coupling at Various Ranges of Mileage of Electric Trains Motor Cars
(2022)

Study of Damage to VAE Cross Crossing
(2022)

Investigation of the Causes of Brittle Fracture by the M-24 Bolt Using the Impact Strength Method
(2022)

Determination of the Chemical Composition and Impact Strength of the M-24 Bolts for Fastening the Rubber-Cord Coupling of EMU Trains
(2022)

Diesel Locomotive Repair and Technical Maintenance Technology: Laboratory Works
(2021)

Determination of the Causes of the Series ER2T Electric Multiple Unit Trains Traction Gear Rubber-Cord Shell Damage
(2021)

Projects

Inovatīva metodika Al-MMNC mikrostruktūras analīzei
Citi

Transporta institūts (34-25500-DOK.TI/20)
Citi

Information about Author

Publications

Failure Study of Rubber-Cord Flexible Couplings and Their Mounting Bolts (2024)

Comparative Analysis of Two Steel Grades 41Cr4 and P355NL1 for Winter Operating Conditions (2024)

Failure Analysis of Rubber-Cord Couplings of ER2 Series Electric Trains (2023)

Reducing the Number of Unscheduled Repairs of Traction Gear of EMU Trains by Introducing Modern Technical Solutions (2022)

Analysis of the Formation of Defects in the Microstructure of the M-24 Bolts of the Rubber-Cord Coupling at Various Ranges of Mileage of Electric Trains Motor Cars (2022)

Study of Damage to VAE Cross Crossing (2022)

Investigation of the Causes of Brittle Fracture by the M-24 Bolt Using the Impact Strength Method (2022)

Determination of the Chemical Composition and Impact Strength of the M-24 Bolts for Fastening the Rubber-Cord Coupling of EMU Trains (2022)

Diesel Locomotive Repair and Technical Maintenance Technology: Laboratory Works (2021)

Determination of the Causes of the Series ER2T Electric Multiple Unit Trains Traction Gear Rubber-Cord Shell Damage (2021)

Projects

Inovatīva metodika Al-MMNC mikrostruktūras analīzei Citi

Transporta institūts (34-25500-DOK.TI/20) Citi

Failure Study of Rubber-Cord Flexible Couplings and Their Mounting Bolts
(2024)

Comparative Analysis of Two Steel Grades 41Cr4 and P355NL1 for Winter Operating Conditions
(2024)

Failure Analysis of Rubber-Cord Couplings of ER2 Series Electric Trains
(2023)

Reducing the Number of Unscheduled Repairs of Traction Gear of EMU Trains by Introducing Modern Technical Solutions
(2022)

Analysis of the Formation of Defects in the Microstructure of the M-24 Bolts of the Rubber-Cord Coupling at Various Ranges of Mileage of Electric Trains Motor Cars
(2022)

Study of Damage to VAE Cross Crossing
(2022)

Investigation of the Causes of Brittle Fracture by the M-24 Bolt Using the Impact Strength Method
(2022)

Determination of the Chemical Composition and Impact Strength of the M-24 Bolts for Fastening the Rubber-Cord Coupling of EMU Trains
(2022)

Diesel Locomotive Repair and Technical Maintenance Technology: Laboratory Works
(2021)

Determination of the Causes of the Series ER2T Electric Multiple Unit Trains Traction Gear Rubber-Cord Shell Damage
(2021)

Inovatīva metodika Al-MMNC mikrostruktūras analīzei
Citi

Transporta institūts (34-25500-DOK.TI/20)
Citi