针对切削数据的复杂性和不规则性，设计并建立了一个系统化的通用切削数据库系统。
Aimed at the complexity and irregularity of cutting data, a database and its managing system are designed and established. This paper presents a method to establish a general-cutting database.
该系统与金属切削数据库、仿真加工系统相集成，实现了自动编程和加工仿真的一体化。
The system integrated with metal cutting database and machining simulative system, which realizes the combine of automatic programming and simulation of process.
提出由切削用量库、刀具几何角度库、切削液库和单位切削功率库基本构成金属切削数据库，给出了它们的关系模式。
Proposed that a metal cutting database is basically composed of databases of cutting data, tool geometry angles, cutting fluid and unit cutting power.
提出由切削用量库、刀具几何角度库、切削液库和单位切削功率库基本构成金属切削数据库，给出了它们的关系模式。
Proposed that a metal cutting database is basically composed of databases of cutting data, tool geometry angles, cutting fluid and unit cutting power. Relation models of them are presented as well.
本文最后介绍了已开发的基于工艺过程的切削参数数据库系统。
At last the paper introduces the system of cutting parameters database which is based on technological process.
通过使用该数据库系统，可快速获取金属切削所需的各项优化参数，并能选出合适的刀具。
Optimal cutting data can be quickly obtained and suitable tools can be chosen by using this metal cutting database.
论文首先对专家数据和实际需求进行分析研究，建立了切削液数据库。
First of all, the expert data and practical demands are analyzed and then the database of cutting fluids is set up.
通过对数据库数据的查询，可为用户提供科学可靠的切削参数。
Inquiring the database, users can get scientific and reliable cutting parameters.
建立了一个导电加热切削最佳加热电流数据库，并将插值算法应用到该数据库中。
An optimum heating current data base in Electric Hot Machining is constructed in this paper and an inserted algorithm is applied in this base.
建立了一个导电加热切削最佳加热电流数据库，并将插值算法应用到该数据库中。
An optimum heating current data base in Electric Hot Machining is constructed in this paper and an inserted algorithm is applied in this base.
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