International Journal of Computational Methods

这本杂志的目的是提供一个独特的论坛，快速出版和传播原始的研究成果和创新的想法的最先进的计算方法。方法应具有创新性，具有较高的学术、学术和实践价值。该杂志致力于现代计算方法的各个方面，包括数学公式和理论研究；插值和近似技术；误差分析技术和算法；快速算法和实时计算多尺度桥接算法；自适应分析技术和算法；实施、编码和并行化问题；新颖实用的应用。这些文章可以涉及理论、算法、编程、编码、数值模拟和/或计算技术在工程、科学和其他与计算相关学科中的新应用。该期刊涵盖的领域包括：固体和结构的计算力学，计算流体力学，计算传热，计算反问题，计算数学，计算中/微观/纳米力学，计算生物学，计算穿透力学，无网格方法，粒子方法，分子和量子方法，先进的有限元方法，先进的有限差分法，先进的有限体积法，高性能计算技术。该杂志非常重视计算方法的创造性、新颖性和创新性。它旨在成为记录新一代计算方法技术发展历史的主要平台。该期刊还特设了一个技术评论栏目，让研究人员能够更快地发表他们的原始发现或新想法。它将发布技术讨论，以便研究人员能够与其他人进行活跃和及时的学术交流。iJCM将有助于汇集有关主题的论文和文章，以便为向研究人员、工程师和其他专业人员传播最新进展提供更有效的媒介。

The purpose of this journal is to provide a unique forum for the fast publication and rapid dissemination of original research results and innovative ideas on the state-of-the-art on computational methods. The methods should be innovative and of high scholarly, academic and practical value.The journal is devoted to all aspects of modern computational methods includingmathematical formulations and theoretical investigations;interpolations and approximation techniques;error analysis techniques and algorithms;fast algorithms and real-time computation;multi-scale bridging algorithms;adaptive analysis techniques and algorithms;implementation, coding and parallelization issues;novel and practical applications.The articles can involve theory, algorithm, programming, coding, numerical simulation and/or novel application of computational techniques to problems in engineering, science, and other disciplines related to computations. Examples of fields covered by the journal are:Computational mechanics for solids and structures,Computational fluid dynamics,Computational heat transfer,Computational inverse problem,Computational mathematics,Computational meso/micro/nano mechanics,Computational biology,Computational penetration mechanics,Meshfree methods,Particle methods,Molecular and Quantum methods,Advanced Finite element methods,Advanced Finite difference methods,Advanced Finite volume methods,High-performance computing techniques.The journal places a great emphasis on creativity, novelty and innovativeness of computational methods. It aims to become the major platform that archives the history of the technical development of new generations of computational methods.The journal also features a section for technical notes that allows researchers to publish their original findings or new ideas more speedily. It will publish technical discussions so that researchers can have a vibrant and timely academic communication with others. The IJCM will help bring together papers and articles focused on related subjects so as to provide a more effective medium for disseminating the latest developments to researchers, engineers and other professionals.