• University
  • News and events

Evaluate the relevance and impact of the published research on other studies with the new Web of Science DB features!

February 22, 2023
VILNIUS TECH community members can use Web of Science (WoS) database (DB) and additional analysis tools. Although bibliographic DBs are usually used for journal evaluation and literature search purposes, citation context information newly available in WoS DB enables to additionally assess the significance and impact of published research and other literature sources on other published studies.
Now a part of cited references listed in WoS indexed publications are available with additional information indicating the purpose, context and the part of the publication where the reference has been mentioned.

This additional information is provided for the publications classified by a new citation context scheme, aiming to help assess the intents of the authors using these literature sources.

  • Background – previously published research that orients the study published in the analyzed publication within a scholarly area.
  • Basis – references that report the data sets, methods, concepts and ideas that the author was using for his/her work directly or on which the work was based.
  • Support – references which have similar results to the ones published in the analyzed publication. This may also refer to similarities in methodology or in some cases replication of results.
  • Differ – references which reports differing results compared to the ones published in the analyzed publication. This may also refer to differences in methodology or differences in sample sizes, affecting results.
  • Discuss – references allowing the study published in the analyzed publication to be discussed in more details and/or broader context.
Publications whose sources cited in the bibliography are provided with citation context information are marked with the Enriched Cited References tag both in the publication lists and on the publication page itself.

Even more detailed information on the cited references listed in the Enriched Cited References tagged publication is provided in the dot-plot diagram, where every dot represents the cited reference, oriented according to the citing intent and structural place in the text. The elements of the diagram are interactive and each dot leads to the cited source in the list along with an indication of a structural part of the publication where the source was cited and the specific passage of the text mentioning the source.

WoS DB allows to assess not only the purpose and the place of the literature sources mentioned in the publication, but also to evaluate the impact of the particular publication made on other studies.

If a publication was at least once cited by other WoS indexed publications classified by the new citation context scheme, on the right hand side on the publications page the Citing items by classification graph is displayed. This graph is also interactive and clicking on any of its elements redirects to the list of the corresponding citing publications, where below the entry of every publication not only a structural part of the citing source where the analyzed publication was cited, but also a specific passage of the text mentioning the publication, are indicated.

The more detailed descriptions of these new and other WoS DB features and tools are available at VILNIUS TECH Library’s webpage Scientific Communication section Web of Science (Clarivate Analytics). And many useful information on how to find and evaluate journals using WoS DB and other tools is provided in the webpage section Journal Selection for Publishing.

 

Related news

New doctoral dissertation
New doctoral dissertation
VILNIUS TECH Library invites you to follow the published new dissertations. The dissertation „Analysis and modeling of deformations induced by the extrusion of fiber-reinforced polymers“ prepared at VILNIUS TECH by Mahmoud Samy Mahmoud Mohammed Farh. The dissertation was prepared in 2021–2026. Scientific consultant – Prof. Dr Viktor Gribniak. The dissertation was defended at the public meeting of the Dissertation Defense Council of the Scientific Field of Materials Engineering in the Aula Doctoralis Meeting Hall of Vilnius Gediminas Technical University at 2 p.m. on 10 June 2026. Additive manufacturing via fused filament fabrication (FFF) enables the creation of geometrically complex components. Yet, its use in structural and semi‑structural applications remains limited by anisotropic mechanical response, defect sensitivity, and fabrication‑induced residual stresses that cause warpage and geometric inaccuracy. This dissertation investigates polylactic acid (PLA)- based materials manufactured by FFF, including neat and partially recycled PLA, continuously reinforced PLA, and short-fiber-reinforced composites, to develop an integrated experimental-computational methodology for evaluating mechanical efficiency and predicting process-induced distortion. The research object comprises the mechanical, thermal, viscoelastic, microstructural, and thermo‑mechanical characteristics of these materials. The dissertation develops a unified approach linking reinforcement strategy, material structure, thermal history, mechanical performance, and warpage behavior. The adopted methodology combines quasi‑static tensile and flexural testing, thermomechanical characterization, scanning electron microscopy, and finite-element simulations. Continuous aramid reinforcement developed in this study for FFF increases the load-bearing capacity of the tension specimens by 67%. Still, reinforcement efficiency was limited by toolpath continuity, interfacial defects, and the absence of in‑process fiber tensioning. Short‑fiber-reinforced composites exhibit distinct fiber‑type‑dependent behavior: carbon‑filled PLA increases stiffness, while wood‑filled PLA enhances crystallinity, stiffness retention near the glass‑transition temperature, toughness, and dimensional fidelity. Wood‑fiber reinforcement reduces edge warpage by 43% and carbon fiber by 14.3% under identical conditions. A staged thermo‑mechanical simulation framework is developed to model printing, cooling, and detachment, transferring residual stress and distortion fields into subsequent mechanical simulations. The ABAQUS model for neat PLA predicts warpage with an average error of 8.2–10.6%, whereas a Digimat workflow captures the deformation in short‑fiber-reinforced PLA with an error of 14.3–17.9%. The latter predictions were obtained for the first time. The dissertation consists of an introduction, three main chapters, general conclusions, and references. The First Chapter provides a literature review of FFF of reinforced polymers, including material combination and modeling strategies. The Second Chapter specifies the chosen materials, test program, and thermo mechanical modeling concept. The Third Chapter evaluates experimental and numerical results, integrating mechanical, thermal, microstructural, and simulation based findings. The General Conclusions summarize the dissertation work, which is supported by four publications, including three articles in Web of Science indexed journals with impact factors, and four conference presentations. Doctoral dissertation readers can search via VILNIUS TECH Virtual Library.    
More
New doctoral dissertation
New doctoral dissertation
VILNIUS TECH Library invites you to follow the published new dissertations. The dissertation „Interaction between currency market evolution with monetary policy instruments in the age of digitisation“ („Valiutų rinkos evoliucijos sąveika su monetarinės politikos instrumentais skaitmenizacijos amžiuje“) prepared at VILNIUS TECH by Tomas Pečiuli. The dissertation was prepared in 2020–2026. Scientific consultant – Assoc. Prof. Dr Asta Vasiliauskaitė. The dissertation was defended at the public meeting of the Dissertation Defence Council of the Scientific Field of Economics in the Aula Doctoralis Meeting Hall of Vilnius Gediminas Technical University at 10 a.m. on 10 June 2026. The emergence of decentralised cryptocurrencies has created fundamental challenges for traditional monetary policy systems. Although these digital assets have the potential to increase financial inclusion and efficiency, their volatility and the lack of centralised oversight create systemic risks that cannot be properly managed using classical models. This dissertation presents an integrated hybrid analytical framework designed to quantitatively assess the impact of cryptocurrencies on monetary policy transmission mechanisms, providing policymakers with empirically grounded tools to analyse this evolving financial domain more effectively. The dissertation is divided into three main parts. The First Chapter summarises the theoretical role of cryptocurrencies in modern monetary theory. The Second Chapter presents and substantiates a new methodology that combines machine-learning techniques with advanced econometric modelling, specifically using an Elastic Net machine learning model with ARIMA residuals and MSGARCH specifications to capture regime-dependent behaviour. The Third Chapter empirically validates the framework using data from cryptocurrency markets and central bank policy operations. The empirical results show a significant asymmetric policy transmission effect, with the price of Bitcoin reacting by USD -15,348 to a 1% change in the Federal Reserve interest rate. The analysis also identifies critical volatility thresholds (σ>80%) at which cryptocurrency fluctuations increase inflation risk. These results indicate the growing systemic importance of cryptocurrencies in monetary policy dynamics. The study contributes to the emerging field of digital asset economics. The integrated modelling approach helps overcome the long-standing limitations of analysing nonlinear financial phenomena. Practical applications include real-time financial stability risk monitoring systems and evidence-based guidelines for regulatory interventions. The modular structure of the framework allows for future expansion by incorporating evolving market structures and new digital assets. The dissertation’s results have been presented to the scientific community in eight peer-reviewed publications in scientific journals and conference proceedings. This work provides central banks with essential analytical tools to maintain monetary stability and to promote responsible financial innovation in the digital era. Doctoral dissertation readers can search via VILNIUS TECH Virtual Library.
More