RTU Zinātniskās darbības rezultāti un resursi: Personāls

Informācija par autoru

Vārds, Uzvārds:

Anish Niranjan Kulkarni

Struktūrvienība:

(31200) Augstas veiktspējas materiālu un konstrukciju institūts

E-pasts:

Anish-Niranjan.Kulkarni(at)rtu.lv

Publikācijas

Atrasti 6 rezultāti tiek attēloti no 1 līdz 6.

FE Modeling of Damage Development in Hybrid Carbon/Steel Fiber Textile Composites Using Fracture Mechanics and Cohesive Zone Approach
(2024)

Anish Niranjan Kulkarni, Olga Kononova, Vladislavs Jevstigņejevs, Andrejs Pupurs
Publikācijas konferenču materiālos, kas ir indeksēti Web of Science un/vai SCOPUS

Analysis of Micro-Damage Evolution in Induction-Cured Thermoset Composites
(2024)

Andrejs Pupurs, Viesturs Lācis, Alens Šņepsts, Anish Niranjan Kulkarni, Mārtiņš Irbe
Publikācijas konferenču materiālos, kas ir indeksēti Web of Science un/vai SCOPUS

Analysis of Initiation and Growth of New Transverse Cracks in High Crack Density Regions in Cross-Ply Laminates
(2024)

Anish Niranjan Kulkarni, Andrejs Pupurs, Jānis Vārna
Zinātniskais raksts, kas indeksēts Web of science un/vai Scopus datu bāzē

Micro-Damage Evolution in Hybrid Carbon/Steel Knitted and Woven Fabric Composites
(2023)

Anish Niranjan Kulkarni, Andrejs Pupurs, Alens Šņepsts, Mārtiņš Irbe
Publikācijas konferenču materiālos, kas ir indeksēti Web of Science un/vai SCOPUS

Energy and Strength-Based Criteria for Intralaminar Crack Growth in Regions with High Stress Gradients
(2022)

Anish Niranjan Kulkarni, Andrejs Pupurs, Patrik Fernberg
Publikācijas konferenču materiālos, kas ir indeksēti Web of Science un/vai SCOPUS

Modeling Micro-Damage Development in Functionally Graded Knitted and Woven Carbon/Steel Fibre Composites
(2022)

Olga Kononova, Vladislavs Jevstigņejevs, Andrejs Pupurs, Anish Niranjan Kulkarni
Publikācijas konferenču materiālos, kas ir indeksēti Web of Science un/vai SCOPUS

Informācija par autoru

Publikācijas

FE Modeling of Damage Development in Hybrid Carbon/Steel Fiber Textile Composites Using Fracture Mechanics and Cohesive Zone Approach (2024)

Analysis of Micro-Damage Evolution in Induction-Cured Thermoset Composites (2024)

Analysis of Initiation and Growth of New Transverse Cracks in High Crack Density Regions in Cross-Ply Laminates (2024)

Micro-Damage Evolution in Hybrid Carbon/Steel Knitted and Woven Fabric Composites (2023)

Energy and Strength-Based Criteria for Intralaminar Crack Growth in Regions with High Stress Gradients (2022)

Modeling Micro-Damage Development in Functionally Graded Knitted and Woven Carbon/Steel Fibre Composites (2022)

FE Modeling of Damage Development in Hybrid Carbon/Steel Fiber Textile Composites Using Fracture Mechanics and Cohesive Zone Approach
(2024)

Analysis of Micro-Damage Evolution in Induction-Cured Thermoset Composites
(2024)

Analysis of Initiation and Growth of New Transverse Cracks in High Crack Density Regions in Cross-Ply Laminates
(2024)

Micro-Damage Evolution in Hybrid Carbon/Steel Knitted and Woven Fabric Composites
(2023)

Energy and Strength-Based Criteria for Intralaminar Crack Growth in Regions with High Stress Gradients
(2022)

Modeling Micro-Damage Development in Functionally Graded Knitted and Woven Carbon/Steel Fibre Composites
(2022)