International Journal for Numerical Methods in Biomedical Engineering

数学模型提出新的数学模型，以更准确地描述现有或新的生物和生物医学过程，并使用标准数值方法求解。计算方法新的计算方法/程序，以更准确地解决生物医学问题的现有数学模型。只要证明该方法优于竞争方法，就可以接受任何尺寸示例。应用利用现有的数学模型和数值模型，解决了临床和实际应用中的新问题。除少数特殊情况外，至少需要3D。收敛性和其他精度检查是强制性的。一般：前瞻性作者被邀请提交生物医学工程领域的原创文章和评论，以国际生物医学工程数值方法杂志。标准纸的长度通常不超过20个格式化页，包括数字。主题：所有基于微分方程的生物医学应用模型和新的解决方案（使用已建立的数值方法，如有限差分法、有限元法和有限体积法或新的数值方法）都在本杂志的范围内。如果论文的一个部分涉及数值方法，也欢迎使用实验和分析主题的手稿。不涉及微分方程的特殊情况，如图像处理、网格划分和人工智能都在范围之内。任何与人体健康有直接或间接联系的研究也在本杂志的范围内。·A部分-基础：任何新的数学模型和新的数值解都应被归类为基础。任何在生物医学工程/科学中发现基本物理现象的工作也将被归类为基本工作。·B部分-应用：对医疗保健有直接影响的任何工作应视为应用程序。使用标准和众所周知的数值方法研究新的生物医学问题的大多数案例都属于这一类。

Mathematical modelNew mathematical models presented to more accurately describe existing or new biological and biomedical processes and solved using standard numerical methods.Computational MethodNew computational methods/procedures to more accurately solve existing mathematical models for biomedical problems. Any dimensional examples are accepted as long as the method is demonstrated to be better than competing methods.ApplicationsNew problemsof clinical and practical interest are solved using existing mathematical and numerical models. At least 3D is required, except for a small number of special cases. Convergence and other accuracy checks are mandatory.General: Prospective authors are invited to submit original articles and reviews in the area of biomedical engineering to International Journal for Numerical Methods in Biomedical Engineering. A standard paper should not normally exceed 20 formatted pages in length, including figures.Topics: All differential equation based models for biomedical applications and their novel solutions (using either established numerical methods such as finite difference, finite element and finite volume methods or new numerical methods) are within the scope of this journal. Manuscripts with experimental and analytical themes are also welcome if a component of the paper deals with numerical methods. Special cases that may not involve differential equations such as image processing, meshing and artificial intelligence are within the scope. Any research that is broadly linked to the wellbeing of the human body, either directly or indirectly, is also within the scope of this journal.·Part A - Fundamentals: Any new mathematical models and novel numerical solutions should be classed as fundamental. Any work that discovers a fundamental physical phenomenon in biomedical engineering/science will also be categorized as fundamental.·Part B - Applications: Any work with immediate impact in healthcareshould be treated as application. The majority of cases that use standard and well known numerical methods to study new biomedical problems typically fall into this category.