Madison Academic Press

  • V2.1.2024 - Frontiers of Engineering and Scientific Research

    Frontiers of Engineering and Scientific Research (FESR) is a monthly online, international, peer-reviewed journal. All articles published are rigorously and fast reviewed meeting the Journal Quality standards. FESR is committed to publishing empirical, academic, theoretical and critical research articles that contribute to the practice of science, engineering and related topics. The wall street journal welcomes applications in building science, hydraulic engineering, oil and gas industry, metallurgical industry, electrical engineering, mechanical engineering, civil engineering, metalology...

Article Lists

  • Stability analysis and evaluation of a highway slope in the high and cold mountain area and suggestions for prevention and control

     Yinbo Zhang    DOI：https://doi.org/10.56028/fesr.2.1.1.2024    pp. 1-8 Abstract    In order to ensure the stability of a rocky slope on a highway in a high cold mountainous area, this paper evaluates the stability of the right high slope in the section from K155+320 to K155+460 using the Chi Ping projection method and the fuzzy evaluation method based on game theory-cloudified obj...   Download PDF

  • Aerobic composting effect of crop straw with biogas residue

     Xiaohong Huang,Jiacong Lin,Jing Jiao,Songbiao Wang,Jihua Du,Zunxiang Li,Xinpeng Liu    DOI：https://doi.org/10.56028/fesr.2.1.9.2024    pp. 9-18 Abstract    This study aims to improve the aerobic composting efficiency and quality of biogas residue. The residue of biogas production from pig manure was mixed with coconut leaves, sugarcane leaves, and sawdust, respectively, for the aerobic composting experiments. The pile temperature, pH, organic matter co...   Download PDF

  • Study on the Properties of LiTaSiO5-based Lithium Ion Conductors Doped by Acceptors

     Qi Ha,Qirui Zou,Xinyu Hu,Weiguo Wang    DOI：https://doi.org/10.56028/fesr.2.1.19.2024    pp. 19-25 Abstract    Lithium-ion conductor plays an important role in the all-solid-state batteries. In this paper, the novel sphene structure LiTaSiO5 lithium-ion conductor material was taken as the research object. The lithium ion concentration can be changed by the acceptor doping of titanium ions. And furt...   Download PDF