| 1. | Ceramic thermal protection system for reusable launch vehicle
地铁供电系统设备选择与全寿命周期费用的关系 |
| 2. | The control and management of total life cycle cost of weapon system
武器系统全寿命周期费用的控制和管理的研究 |
| 3. | Selection and life - cycle cost analysis of water chillers for nanjing metro
南京地铁冷水机组选择与全寿命周期费用分析 |
| 4. | Selection of equipments for subway power supply system and the cost in whole life cycle
基于全寿命周期费用的城市轨道交通工程设备选择 |
| 5. | The selection of the stage number for the reusable launching vehicle program based on life - cycle - cost analysis
基于全寿命周期费用分析的可重复使用运载器级数选择 |
| 6. | For civil airplane , the good or the bad of its maintainability will directly affects its whole life costs and affects its competition in the market
对于民用飞机，其维修性的好坏将直接影响其全寿命周期费用，也将影响其市场竞争力。 |
| 7. | The caiv ( cost as an independent variable ) method is a method that the united states army is using at present carrying on optimization and the control to the life cycle cost of weapon equipment
以费用为独立变量( caiv )方法是美军目前采用的一种对武器装备型号的全寿命周期费用进行优化与控制的方法。 |
| 8. | The method of getting data from accounting system is easy , rapid , correct , so discompose the cost using the principals of accouting when building the discomposed structure of life cycle cost
由于从会计信息系统得到费用数据这一获取费用数据的方法具有方便、快捷、准确的特点，所以在建立液体推进剂空间推进系统全寿命周期费用分解结构时用会计的原则进行费用分解。 |
| 9. | The author points out that managers of design institutes need consider all over the performance 、 cost 、 risk 、 reliability and maintainability in designing processes , and pursue changing definition method and vague analyses , by this way they will attain the objective of raising effectiveness of products and reducing life circle cost of them
作者认为应综合权衡性能、成本、可靠性、维修性、进度、风险，通过采用动态定义和模糊分析方法，使产品研制达到高效能，全寿命周期费用低的目标。 |
| 10. | The composite material structural designing is the key to application to structure with science and reason and reduction in the whole life - span period ' s expense . the important is to fully making use of the excellence , such as the orientation of the composite material efficiency , the programmable of the structural efficiency , the good techniques of the good sized component wholly taking shape and the structural hidness to a certain extent , and achieving the synthetical optimization in structural efficiency ,
复合材料结构设计是复合材料在结构上合理应用和降低全寿命周期费用的关键。重点在于充分利用复合材料性能的方向性、结构性能的可设计性和大型构件整体成形的良好工艺性以及可在一定程度上实现结构隐身等优点，实现结构效率、性能、功能与成本的综合优化。 |
