9,234 research outputs found
Vinod Kumar
Dr Vinod Kumar is responsible for co-ordination, documentation, and delivery of expert scientific, technical and problem solving services, associated with all aspects of field experiments, to the Institute's academic staff, students and visiting researchers. In particular, Vinod works closely with the Institute's senior academics and other technical staff to ensure the smooth operation of the EucFACE facilities. Vinod is responsible for coordination and management of activities at the EucFACE site, including organising access to the site by staff, students and visitors, conducting OH&S training, and organising schedules for measurement/sampling campaigns
Ikarus v0.4
Ikarus is a C++-based library with Python bindings (link to documentation) built to solve partial differential equations with the finite element method. The dataset under this DOI contains the current release (v0.4) of the library.
This release not only focuses on refactoring various interfaces but also introduces exciting features such as Python bindings, result evaluators, the Kirchhoff-Love shell element, added support for Clang 16, and more. For more details on the changes of this release refer to the repo file CHANGELOG.md. or go to GitHub.
This dataset includes the Ikarus source code itself as a zip-file (ikarus-v0.4.zip).
Additionally, this dataset comes with a Docker container (ikarus-docker-v0.4.tar.gz). It has Ikarus itself for this particular release installed, and can be used, for instance, to execute examples. For more details on the examples, see here.
This version's documentation (ikarus-docs-v0.4.zip) is also included, and it can be accessed by navigating to the top-level file "index.html" in a browser.
The download instructions can be found here
Recommended from our members
Conversation about a fire in Rakchham village
Vinod Kumar Negi and Narayan Bhagat discuss the fire incident that took place in Rakchham in 2002 which resulted in a number of houses and part of the temple being burned down. The recording was made at Rupin River View Hotel (inside the restaurant), located at the entrance of Rakchham village
Thalamus Communications Biology paper data and code
Please contact:
Vinod Kumar
Email: [email protected] [email protected]
Twitter: @neoosho</p
Performance of internal combustion engine and fuel cell hybrid propulsion systems in light duty vehicles
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2002.Includes bibliographical references (leaf 50).by Vinod Kumar Natarajan.S.M
Intralaminar_Nuclei
This contains structural connectivity maps of the intralaminar nuclei.
Please cite:
Vinod Jangir Kumar et.al, Scientific Reports, 2023 </p
Book Review: Vani Kant Borooah, Nidhi Sadana Sabharwal, Dilip G. Diwakar, Vinod Kumar Mishra and Ajaya Kumar Naik (Eds), Caste, Discrimination, and Exclusion in Modern India
Vani Kant Borooah, Nidhi Sadana Sabharwal, Dilip G. Diwakar, Vinod Kumar Mishra and Ajaya Kumar Naik (Eds), Caste, Discrimination, and Exclusion in Modern India. New Delhi: SAGE Publications, 2015, xl + 337 pp., ₹995 (hardback), ISBN 978-93-515-0267-8. </jats:p
Ek duniyā alag sī Narrative strategies and Adivasi representation in the short stories of Vinod Kumar
This paper investigates the narrative strategies of representation used by the Indian author Vinod Kumar in his literary writing about the life and spaces of the Adivasi. The focal point of this study consists in the fact that the author is a non-Adivasi, thus placing him and his writing in the center of a very much debated issue of Hindi literature i.e. the polarity between the writing through sympathy (Hindi sahānubhūti) and the writing through personal experience (anubhūti). This study-case looks at how the author, being a dikū, an outsider describes the ‘other’ (i.e. the Adivasi). The results show that the author’s representation of the Adivasi, based on a solid empirical knowledge of his ‘other’, contains some elements of romanticism revealing both his outsideness and a strong empathy for the ‘other’.Masteruppsats i indologi 2019</p
Modeling and Analysis of Tool Wear Rate in EDM Using FEM
M.E. (CAD/CAM and Robotics)With the rapid advances in the product and process technology, newer materials are being discovered and developed. These materials have the rare combination of properties like light weight, high strength, corrosive resistance and thermal and electrical conductivity and so on. These new materials satisfy the present day product needs of Aerospace and other applications, but at the same time are more difficult to machine and manipulate. Electro Discharge Machining (EDM) is one such process which is widely employed to process these materials. EDM has been recently employed to alter the properties of the raw materials by using appropriate electrodes and various types of powders and additives in the dielectric fluid. In this thesis work the literature available in the area of MRR and TWR in EDM. It is found that the process has been successfully tried on materials like Nickel, Tungsten, Cobalt, Silicon by proper control of the parameters, electrode materials, electrolyte and powers.
The objective of this work will be, modeling of a cutting tool considering the effects of the temperature and using the modified temperature concept to see the effects of temperature on the mechanical properties of the cutting tool. Once a model is developed for machining operation, it can be implemented for other processes like Die sinking and Wire cut EDM etc. An attempt is made to correlate the temperature and stress distribution patterns with the failure of the tool. The methodology will be used to develop a Finite Element Analysis program for thermal modeling to predict tool wear rate using ANSYS and also compare the results with experimental data.
Considering the importance of copper for tooling applications it is chosen to investigate the TWR. Using high carbon high cromium steel as the work piece, Copper as the tool, kerosene as dielectric, experimentation was performed. At the end theoretical tool wear rate calculated using the ANSYS software is compared with the experimental results to validate the results.MED,T
Vinod Kumar Gupta , S.B.Shrivastava , Geeta Bhatia
Environmental conservation is a challenge to the mankind. The measures to check it must be easy to use, cheap and eco friendly. Thin film technology is providing answers to some of these problems. Nanostructured thin films of metal oxide are used in solar cells, semi permeable membrane, protective coatings, electronic devices, optoelectronics etc. Recently thin films have been developed to be used in different fields of environment. These include gas sensors, nanofilters etc. A brief review of the work done in this field is given in this paper
- …
