●目 錄第1章 高性能切削刀具概述···································································11.1 高速鋼切削刀具··············································································11.1.1 通用型高速鋼切削刀具·······························································11.1.2 高性能高速鋼切削刀具······························································11.2 硬質合金切削刀具··········································································21.2.1 通用型硬質合金切削刀具····························································21.2.2 添加鉭、鈮的硬質合金切削刀具····················································31.2.3 添素的硬質合金切削刀具···············································41.3 陶瓷切削刀具················································································41.3.1 氧化鋁繫陶瓷切削刀具······························································51.3.2 氮化硅繫陶瓷切削刀具······························································61.3.3 復合氮化硅—氧化鋁繫陶瓷切削刀具············································61.4 金剛石切削刀具···························································71.5 立方氮化硼切削刀具···························································81.6 人造切削刀具的制造方法·································································81.6.1 熱壓法····················································································81.6.2 化學氣相沉積法········································································9第2章 高速鋼切削刀具切削性能·························································122.1 通用型高速鋼切削刀具··································································122.2 高碳高速鋼切削刀具·····································································122.3 高鈷高速鋼切削刀具·····································································132.4 高釩高速鋼切削刀具·····································································132.5 含鋁高速鋼切削刀具·····································································132.6 高速鋼切削刀具切削試驗·······························································142.7 高速鋼切削刀具的選用··································································152.7.1 高速鋼刀具材料的選用原則······················································152.7.2 高速鋼刀具切削不同材料的工藝參數··········································18第3章 硬質合金切削刀具切削性能····················································273.1 通用型硬質合金切削刀具·······························································273.2 添加鉭、鈮的硬質合金切削刀具·······················································273.2.1 添加鉭、鈮的硬質合金切削刀具概述·············································273.2.2 添加鉭、鈮的硬質合金切削刀具切削試驗······································303.3 添素的硬質合金切削刀具···················································323.3.1 添素的硬質合金刀具切削原理········································323.3.2 添素的硬質合金刀具切削試驗········································333.4 硬質合金切削刀具的選用·······························································37第4章 陶瓷切削刀具切削性能·····················································414.1 陶瓷切削刀具切削性能··································································414.1.1 陶瓷切削刀具切削範圍·····························································414.1.2 陶瓷切削刀具切削性能·····························································414.2 陶瓷切削刀具切削試驗··································································424.3 陶瓷切削刀具的選用·····································································46第5章 金剛石切削刀具切削性能··················································565.1 金剛石切削刀具切削性能·······························································565.1.1 金剛石切削刀具切削範圍··························································565.1.2 金剛石切削刀具切削性能··························································565.2 金剛石切削刀具切削試驗·······························································585.2.1 切削純鉬、純鎢········································································585.2.2 切削硬質合金·········································································605.2.3 切削復合材料·········································································615.2.4 斷續切削···············································································635.2.5 施用切削液切削······································································635.2.6 超精密切削············································································645.3 金剛石切削刀具的選用··································································65第6章 立方氮化硼切削刀具切削性能··········································726.1 立方氮化硼切削刀具切削性能·························································726.1.1 立方氮化硼切削刀具切削範圍···················································726.1.2 立方氮化硼切削刀具切削性能····················································726.2 立方氮化硼切削刀具切削試驗·························································736.2.1 切削淬硬鋼············································································736.2.2 車削冷硬鑄鐵·········································································746.2.3 切削硬質合金·········································································756.2.4 切削工程陶瓷·········································································766.2.5 切削工業玻璃·········································································776.2.6 切削復合材料········································································776.2.7 施用切削液切削······································································806.3 立方氮化硼切削刀具的選用····························································81第7章 塗層刀具概述··············································································877.1 塗層刀具的問世及意義··································································877.2 塗層刀具的特性···········································································877.2.1 塗層刀具的優點······································································877.2.2 塗層刀具的缺點······································································887.3 塗層刀具的應用···········································································887.4 塗層刀具應用的影響因素·······························································907.4.1 工件材料的影響······································································907.4.2 刀具基體材料的影響································································917.4.3 刀具塗層材料的影響································································937.4.4 切削速度的影響······································································947.4.5 機床剛度的影響······································································957.4.6 其他參數的影響······································································95第8章 塗層材料研究進展·····························································968.1 塗層材料概述·························································································968.1.1 塗層材料特點·········································································968.1.2 塗層材料分類·········································································968.2 塗層材料研究進展··················································································998.2.1 單一塗層材料··················································································1018.2.2&nbs復合塗層材料··········································································1018.2.3&nbs多層復合塗層材料····································································105第9章 單一塗層刀具切削性能···························································1079.1 TiC繫塗層刀具······················································································1079.1.1 TiC繫塗層刀具切削性能··························································1079.1.2 TiC繫塗層刀具切削試驗··························································1089.1.3 TiC繫塗層刀具的選用·····························································1179.2 TiN繫塗層刀具···········································································1189.2.1 TiN繫塗層刀具切削性能··························································1189.2.2 TiN繫塗層刀具切削試驗··························································1209.2.3 TiN繫塗層刀具的選用·····························································1269.3 A12O3繫塗層刀具··················································································1279.3.1 A12O3繫塗層刀具切削性能······················································1279.3.2 A12O3繫塗層刀具切削試驗······················································1289.3.3 A12O3繫塗層刀具的選用··························································1329.4 其他XN繫塗層刀具(X=Cr, Zr, Hf等)······················································1329.4.1 CrN繫塗層刀具······································································1329.4.2 ZrN繫塗層刀具······································································1329.4.3 HfN繫等其他塗層刀具·····························································133第10章&nbs復合塗層刀具切削性能·················································13410.1 Ti (C, N)繫塗層··········································································13410.2 (Ti, A1) N塗層刀具·····································································13510.2.1 (Ti, A1) N繫塗層刀具切削性能·················································13510.2.2 (Ti, A1) N繫塗層刀具切削試驗·················································13610.2.3 (Ti, A1) N繫塗層刀具的選用····················································14410.3 (Ti, X) N繫塗層刀具(X=Cr, Zr, Si等) ············································14510.4 (Ti, Al, X) N繫塗層刀具(X=Cr, Zr, Si, Y等) ······································14510.5 其他非Ti基塗層刀具··································································147第11章&nbs多層復合塗層刀具切削性能······································14911.1 有限層數塗層刀具·····································································14911.1.1 雙層塗層刀具··············································································14911.1.2 多層塗層刀具··············································································15011.2 納米級多層塗層刀具··································································153第12章 刀具塗層制備技術·································································15712.1 真空鍍塗層技術概述···········································································15712.2 真空鍍塗層技術分類············································································15912.2.1 真空蒸發鍍技術·············································································16012.2.2 真空濺射鍍技術·············································································16012.2.3 真空離子鍍技術···········································································16212.2.4 束流沉積技術················································································16412.2.5 化學氣相沉積技術·········································································16612.3 多弧離子鍍技術概述············································································16812.3.1 離子鍍技術發展·············································································16812.3.2 多弧離子鍍技術特點······································································16812.3.3 多弧離子鍍技術原理······································································16912.4 磁控濺射技術概述···············································································17112.4.1 磁控濺射技術發展·········································································17112.4.2 磁控濺射技術原理·········································································173第13章 我國塗層刀具存在問題與對策············································17813.1 我國塗層刀具存在問題分析·························································17813.2 對策建議·················································································179附錄···········································································································181附錄1 金屬材料牌號對照表································································181附錄2 硬質塗層高速鋼刀具技術條件···················································200附錄3 氮化鈦塗層高速鋼刀具技術規範················································205附錄4 整體硬質合金塗層刀具檢測方法················································207附錄5 金剛石塗層硬質合金刀具技術條件·············································210參考文獻···································································································212

全書共分13章：靠前章，繫統介紹了各種高性能切削刀具的特點及綜合性能；第2~6章，詳細分析了高速鋼切削刀具、硬質合金切削刀具、陶瓷切削刀具、金剛石切削刀具及立方氮化硼切削刀具的切削性能；第7~8章，繫統介紹了塗層刀具的特性、研究進展及應用；第9~12章，詳細分析了單一塗層刀復合塗層刀多層復合塗層刀具的切削性能及刀具塗層的各種制備技術；靠前3章，探討了我國塗層刀具的存在問題及解決對策。

趙時璐 著

本書研究了各類高性能切削刀具及其塗層刀具的切削性能，以及該刀具在切削加工中的應用現狀，具體介紹了高速鋼切削刀具、硬質合金切削刀具、陶瓷切削刀具、金剛石切削刀具及立方氮化硼切削刀具的切削性能；以及單一塗層刀復合塗層刀多層復合塗層刀具的切削性能和刀具塗層的各種制備技術；同時分析了我國切削刀具的存在問題與對策。高性能及其塗層刀具可有效地延長刀具的使用壽命，使刀具獲得良好的綜合機械性能，從而大幅度提高其機械加工效率。