轴承负荷法轴系校中。
计算法轴系校中。
本文阐述了轴系校中计算过程中，要素的处理，模型的建立，校中计算的基本方法。
This article expatiates the applicable method for the shaft alignment calculation and rationale in element process, setup of model and alignment calculation.
船舶轴系校中的质量，对于确保轴系长期正常地运转非常重要，也是保证船舶正常航行的关键。
The quality of shaft alignment is very importance in ensuring the long term appropriate running of shafting system and crucial in keeping the sailing vessel in the set course.
船舶轴系校中的质量好坏，关系到船舶能否长期正常的运转以及船舶的安全航行和船员的生命安全。
The alignment quality is related to the normal running of ships for a period, safe navigation and lives' safety.
文章介绍了船舶主机齿轮箱在安装过程中，如何保证轴系校中要求和齿轮箱环氧树脂垫浇注工艺以及垫片及螺栓强度计算，可供同行借鉴。
This article introduces the requirements of aligning to the installation of gear case and construction process, calculating for sheets of epoxy resin chock for gear case on board.
编写过程中，吸收了主机制造商苏尔寿及英国船级社劳氏、挪威DNV船级社、法国BV船级社关于主机和轴系校中计算及安装等问题处理的方法和技术。
In this article, the way of calculation, installation and problem handling, quoted of Sulzer, the main engine maker, and classification societies like Lloyd's, DNV and BV are referred.
针对某一具体船舶轴系，利用三弯矩法对其校中作了详细分析，给出轴系简化处理方法和实际参数。
In this paper, ship shafting alignment was analyzed in detail by use of three-moment method. And more, the concise dealing with ship shafting and practical parameters were given.
本实验采用传递矩阵校中为计算方法，详细介绍了轴系优化方法。
Transfer matrix theory is selected as the calculation way for the alignment.
船舶轴系是船舶动力装置的重要组成部分，其校中质量的好坏，对于确保轴系长期正常的运转非常重要。
Ship shafting is the major part of the Marine power plant and the quality of shafting alignment is very importance in ensuring the long term appropriate running.
船舶轴系合理校中对保证轴系长期可靠运转极为重要。
Shipping shaft system alignment is essential to ensuring the long-terms reliable operation of shaft.
船舶轴系合理校中对保证轴系长期可靠运转极为重要。
Shipping shaft system alignment is essential to ensuring the long-terms reliable operation of shaft.
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