Engineering Universe For Scientific Research And Management Beta

ISSN (Online): 2319-3069
(International Journal)






Notice Board :




Volume XVII Issue V

Paper Title
A Review on Computational Analysis of Heat Transfer Performance of Gasifier Fins using FEM
Author Name
Vikash Kumar Choube, D S Rajput
Year Of Publication
2025
Volume and Issue
Volume 17 Issue 5
Abstract
Carburetors are used to manufacture gas, and pipes are used to transport gas from the gas fur to the IC engine. Flin is an extended surface that emerges from the surface or body and increases the heat transfer rate between the surface and the surrounding liquid by increasing the heat transfer range. Carburetor power plants use condensation elements to reduce the temperature of hot gases discovered by carburetors. In this condensation element, fins are used to reduce the temperature difference. We numerically examined fixed convection heat transfer from rectangles, triangles, and proposed fins extending vertically from the embarrassing rectangular base. The effects of geometric parameters and fundamental ambient temperature differences on the heat transfer performance of the FIN array were observed to determine the optimal FIN separation value. And in this current wok, heat flow, temperature distribution, and thermal gradients were discovered through simulation software. Comparison of
PaperID
2025/EUSRM/5/2025/61667

Paper Title
THE DESIGN AND CONSTRUCTION OF WELL AND PILE FOUNDATIONS
Author Name
Rakesh Kumar Bharti, Vikas Patidar
Year Of Publication
2025
Volume and Issue
Volume 17 Issue 5
Abstract
The stability and longevity of any civil engineering structure are critically dependent on the integrity of its foundation system. Among the most widely used deep foundation solutions, well foundations and pile foundations play a significant role in transferring structural loads to deeper, more stable soil strata. This study explores the principles, methodologies, and practical considerations involved in the design and construction of well and pile foundations. It highlights the criteria for choosing between well and pile foundations based on geotechnical conditions, load requirements, and site constraints. The paper outlines the structural behavior, construction techniques, and equipment employed in each foundation type, emphasizing the challenges encountered during excavation, sinking, boring, and concrete placement. The study also reviews advances in construction materials and soil improvement techniques that enhance foundation performance. Through comparative analysis and case stud
PaperID
2025/EUSRM/5/2025/61668

Paper Title
Predictive Modeling of Lithium-Ion Battery Degradation Using Lebesgue Sampling-Based First-Principle Approach
Author Name
Anamika, Alka Thakur
Year Of Publication
2025
Volume and Issue
Volume 17 Issue 5
Abstract
This study introduces a novel predictive modeling framework for lithium-ion (Li-ion) battery degradation by integrating Lebesgue sampling techniques with a first-principle modeling approach. Traditional battery degradation models often suffer from oversimplification or excessive reliance on empirical data. In contrast, this method leverages the mathematical rigor of first-principle electrochemical models and enhances sampling efficiency through Lebesgue-based techniques to improve the prediction accuracy over time. The proposed model demonstrates superior performance in terms of long-term degradation tracking and early-stage fault detection, validated through experimental and simulated datasets. The results indicate up to 17% improvement in prediction accuracy and a 25% reduction in computational overhead compared to conventional Riemann-based methods.
PaperID
2025/EUSRM/5/2025/61669