《金屬加工（冷加工）》2020年目次總索引

創新奮進70年，與制造業同行

《金屬加工》創刊70周年約稿函·························1.19

70年只如初見——致《金屬加工》創刊70周年·····················1.20

從無到有的數控刀片，從弱到強的中國制造——訪株洲鉆石切削刀具股份有限公司黨委書記、總經理李屏····························1.22

《金屬加工》是我工作的啟蒙老師·····················2.10

我和《金屬加工》雜志的情緣····························3.Ⅷ

傳承機械技術七十載：《金屬加工》領我前行·····4.Ⅷ

我與《金屬加工》共成長——慶祝《金屬加工》創刊70周年··················5.Ⅷ

大昭和：53年堅守，為高品質刀柄系統樹立高標桿····················································5.2

《金屬加工》是我的充電加油站·························6.Ⅷ

歐科億：起于細分行業，漸成龍頭之勢················6.2

機械制造戰線上的一面旗幟——回眸《金屬加工》70年·····························7.1

邁向智能制造時代的數十年探索——訪Tebis中國總經理莊曉林 ·························7.3

《金屬加工》——伴我職業一生··························8.1

肯納金屬：一場始于碳化鎢硬質合金的切削革命··8.3

優秀讀者/作者評選 ············································8.6

我與《金屬加工》二三事——寫在《金屬加工》創刊70周年···················9.1

山高刀具：勇攀金屬切削的高峰··························9.3

我愛《金屬加工》·············································11.1

瓦爾特：站在百年創新的新起點·························11.3

《金屬加工》予我的三情···································12.1

一部長卷譜新篇——獻給《金屬加工》創刊70周年··················12.4

70年的人與事···················································12.5

特別策劃

機械行業全力以赴，共同戰“疫”······················3.9

堅守初心 踐行使命 發揮優勢 擔當作為——國資委直管協會服務企業復工復產協作聯盟倡議書··············································4.2

抗擊疫情，金屬加工雜志社在行動——金粉講堂公益直播系列課程陸續開播·········4.4

以疫情之痛，強制造之體····································4.5

特別報道

“3 500噸高效智能擠壓成型裝備及工藝的示范應用”項目啟動會成功舉辦 ···························1.25

第二屆中意機床工業論壇召開，意大利機床助力中國高端制造························ 1.26

高效加工無終止··············································· 1.28

山特維克可樂滿戰“疫”進行時·························3.19

秉承“全球一家公司”理念，DMG MORI2020德國弗朗頓開放日活動成功舉辦·····················4.28

蘇州相城區工業互聯網（機加工）生態圈加速建設·············································3.20

有效對接 · 全力復產——2020先進汽車制造技術在線論壇成功舉辦················································5.24

2019年度STUDER再次提升市場份額 ··················5.28

數字化、智能化，助推高質高效發展——2020航空航天先進制造技術在線論壇成功舉辦················································7.23

輕量 · 高效 · 智能——2020新能源汽車先進制造技術在線論壇成功舉辦················································8.21

痛定思痛 重裝出發——讓中國機床贏得世界尊重——記原機械工業部副部長沈烈初走訪蒂德精機·········································9.22

百超中國智慧工廠能力展示日活動盛大舉辦········9.25

用樸精密開啟服務航空工業發展新機遇···············9.27

北京精雕醫療器械制造技術線上交流會成功舉辦·············································9.30

創新 · 智造 · 綠色——2020工程機械及關鍵零件制造技術在線論壇成功舉辦···································9.32

第十五屆中國國際機床工具展覽會（CIMES 2020）成功舉辦·····················································10.20

通用技術集團組建機床工程研究院···················10.23

《金屬加工》創刊70周年紀念大會隆重舉行······11.30

NSK成功開發面向汽車驅動軸的“非接觸式扭矩傳感器”·····························11.33

數字化 · 信息化 · 精密化——2020模具先進制造技術在線論壇成功舉辦··············································11.34

敲響未來之門——數字化制造精英聯盟技術日成功舉辦······11.37

提質增效 · 創新制造——2020工程機械行業加工技術交流會順利召開····································12.15

共筑滾動夢 賦能新未來·································12.17

本刊專訪

CIMES2020：為行業發聲，助力企業發展——訪北京國機展覽有限公司總經理丁建榮先生·············································5.30

DMG MORI 天津工廠：精益生產，助力中國智造·······························9.20

機床巨匠格勞博，面對未來滿懷信心——訪格勞博機床（中國）有限公司首席執行官馬庫斯 · 奧斯特勒先生（Mr. Ostler Marcus）、銷售副總裁托馬斯 · 諾貝特先生（Mr. Neubert Thomas） ························10.25

進擊中的臺星智造···········································10.28

工匠故事

刀具工匠在路上················································8.24

在困境中磨練···················································9.36

點滴平凡中的快樂···········································11.40

不忘初心 現場操作的公開課——記舊銑床加工麻花鉆頭電極的故事·········12.20

解決方案

自動化加工單元助力齒輪制造商保證質量···········3.17

埃馬克使用整體生產系統制造輕量型轉子軸········4.23

高柔性生產線助力新能源電動機高質量生產········4.24

數字化磨削加測量助力航空發動機國產化···········5.19

格勞博五軸聯動通用加工中心——航空航天領域的技術攻堅者·····················5.20

聚焦航空航天業················································5.22

DMG MORI車/銑復合加工技術

滿足CT掃描儀加工要求 ·································6.30

產經資訊

易格斯盛大開啟vector競賽·································1.29

高速靜音緊湊型滾珠絲杠榮獲“2019年超級零部件制造大獎賽獎勵獎”········3.18

產業聚焦

機床行業知識產權分析及技術發展趨勢···············6.28

專題綜述

功能部件產業的高端化發展與市場前景···············2.14

在機檢測技術的應用及發展趨勢·························2.16

FDM打印工藝優化 ···········································2.20

MES環境下刀具數據的采集與處理 ·····················3.2

航空發動機切削技術探索與實踐··························3.6

新能源電動汽車發展歷程、現狀以及制造技術······4.8

航空制造車銑復合加工應用研發進展···················5.5

汽車覆蓋件模具數控加工機床的選型及應用·········6.5

基于快速原形制造的模具數字工廠·····················6.10

模具制造新技術應用前景···································6.13

專題技術

新能源汽車傳動系統的輕量化設計與典型應用·····4.14

汽車鎂合金件加工中全合成切削液的應用···········4.19

航空產品內六方結構車削工藝方法研究················5.9

航空超高強度合金鋼300M的加工工藝 ················5.11

鈦合金材料特性及切削加工方法·························5.15

濾網骨架卷圓模設計·········································6.16

一模多件塑料產品的模具結構設計·····················6.20

專題策劃

智能制造基礎——數字化····································7.6

數字化轉型與智能制造實踐································7.9

基于Master CAM的Fidia五軸后置處理二次開發 ···7.11

在機測量確保高質量——海德漢全新磨削解決方案·························7.17

工業4.0助力5 000m石油管道的復雜連接 ·············7.18

智能化工廠應無需對刀······································7.19

網絡互聯互通下數控裝備的發展及應用················8.9

高效智能化的曲軸油道孔加工中心·····················8.13

火眼金睛機器人················································8.16

“批次加工管理器”助力技術、效率提升···········8.17

CIMES展會回顧與觀展收獲 ·······························9.8

從CIMES看設備與工藝的關系 ···························9.10

刀具裝配打包交付——復雜項目交付新趨勢·······························9.14

海德漢TNC 640數控系統確保模具加工高質量······9.16

慶祝《金屬加工》創刊70周年····························10.1

金屬加工：壯麗70年 再續長卷新篇章·················10.2

一部機械制造技術的長卷——從《機械工人》到《金屬加工》···············10.4

《金屬加工》創刊70周年來自各方的祝福·········10.11

《金屬加工》創刊70周年榮譽讀者、優秀作者、優秀讀者名單··············································10.12

《金屬加工》是我逐夢路上的啟明燈················10.14

助力發展，不負韶華·······································10.16

難忘送技在江西——慶賀《金屬加工》創刊70周年················10.18

3C行業中SCARA運用實踐及未來展望················11.6

控制器智能生產線及測試系統的建設················11.10

基于精雕系統的精密配合件的加工···················11.17

雄克SCHUNK機械手在醫療行業的應用 ············11.21

INDEX TRAUB TNL 20在醫療行業的應用 ········11.22

涂層技術進入醫療制造行業——HIPIMS涂層加工鉻鈷合金 ·····················11.24

技術革新、突飛猛進的再生醫療器械行業·········11.25

伊斯卡，不止專注于金屬加工··························11.26

精度傳動鏈的“衛士”——德國凱獅精密刀柄產品··························11.28

機車高價值零部件和工藝裝備再制造應用與設想···················································12.8

工程機械產品結構件加工現狀及發展················12.12

金粉講堂

第三期國際航空制造技術專題論壇：航空零部件的高效高精密加工解決方案···········5.18

新能源汽車檢測技術的變革與趨勢·····················6.32

整體刀具發展趨勢及在各行業的應用··················6.33

四軸加工中心復雜工件案例講解························7.21

大型結構件的智能化制造··································7.22

OMAX水刀——智慧、精確&高效 ·····················8.19

孔加工解決方案················································8.20

全新的編程加工體驗——Mastercam 2021功能亮點詳解 ···················9.35

Autodesk 3D打印解決方案 ·······························11.38

工藝方案

薄壁套零件的外圓加工方法·······························1.30

高強度1Cr18Ni9材料銷鍵成形加工·····················1.32

新型動車組頭車車頂加工工藝優化·····················1.35

GIS四通殼體翻邊成形工藝改進 ··························1.38

齒盤類零件加工工藝優化··································1.42

復雜框架的焊接與機械加工·······························1.44

不規則零件上的孔加工······································2.22

轍叉零件的加工················································2.25

偏心銷孔偏心值測量方法改進····························2.28

擠壓絲錐中碳鋼深孔螺紋加工技術·····················2.29

投影法與微分法解平面尺寸鏈的比較分析···········2.32

在數控車床上車削梯形絲杠·······························3.21

內外鍵槽尺寸鏈的分析與計算····························3.23

漸開線鼓形花鍵軸的加工與檢測·························3.26

大直徑薄壁深腔類框環零件加工工藝··················3.30

挖掘機支撐圈制造工藝······································3.33

不垂直底面孔的深度測量···································3.35

高精度重載變速箱輸出軸加工工藝·····················4.30

短軸大孔零件高效加工技術·······························4.37

橡膠軋輥深孔加工工藝研究·······························4.42

緊固件裂紋無損檢測技術···································5.32

慣導機箱安裝孔系的加工···································5.36

履帶起重機主臂臂頭結構加工工藝改進···············5.40

雙面鉆孔機床在推土機后橋箱法蘭面孔加工中的應用················································5.42

前閥體零件的加工·············································6.34

提高液壓缸孔表面質量的幾種工藝方法···············6.37

大直徑端齒盤的加工·········································6.42

活塞桿配磨尺寸測量和計算方法研究與應用········6.44

插裝孔加工技術················································7.27

雙級活塞推料離心機篩片的加工·························7.30

曲軸潤滑油道孔的加工······································7.32

基于鋁合金車體的自攻鋼螺套安裝工藝···············7.36

金屬加工中手動操作用力技巧的掌控··················7.39

振動時效技術在齒輪箱加工中的應用··················8.26

帶偏心錐孔鎖定套的加工···································8.29

三排圓柱滾子轉盤軸承徑向游隙測量方法···········8.32

對夾式止回閥閥瓣工藝優化·······························8.35

鈦合金框架加工工藝·········································8.36

斜面點位置度的測量·········································8.39

滾擠壓工藝在提升器殼體液壓缸孔

加工上的應用················································9.38

前殼體零件的車削加工······································9.41

薄壁硬齒面內齒圈加工工藝·······························9.44

中間斷開兩孔加工同軸度超差原因分析及解決方案·············································9.46

大型結構件法蘭平面的加工·····························10.31

鈑金折彎質量控制···········································10.34

錐型支撐塊加工工藝·······································10.37

機床大跨度導軌的共面及平行度檢測················10.42

圖拉法渣處理設備脫水器大齒圈制造方法·········10.44

旋膜除氧器中旋膜管孔的加工工藝···················10.46

高精度陀螺支架的加工····································11.42

閥體加工工藝的改進·······································11.44

大型航天結構件加工的溫度補償技術················11.47

噴丸結合光整加工修復齒面失效·······················11.49

船用水泵葉輪加工工藝····································12.22

SS4改型電力機車軸箱體加工工藝改進 ·············12.25

軟爪在特殊加工中的應用·································12.29

薄壁陀螺框架零件位置精度的測量···················12.31

研磨加工的特點和應用方法·····························12.33

機床/附件/工裝

氣動尾座的設計················································1.48

珩孔砂條應力分析和壽命提升····························1.50

批量生產中一種快速換型專用組合機床的應用·····1.53

基于精密擺線針輪減速器的雙搖籃轉臺設計········1.56

基于無線測頭快速標定五軸RTCP中心的方法研究·······················································2.36

模塊磁力真空吸盤裝置設計·······························2.39

五軸機床框架類零件的加工·······························2.41

HMC40d高速臥式加工中心回轉工作臺結構設計·······················································3.37

氣缸套翻邊旋壓機床的設計及應用·····················3.40

銑豆動力頭·······················································3.42

孔位置度測具的設計·········································3.44

直驅刀架的開發與技術應用·······························4.46

車削制動蹄摩擦片液壓夾具的方案分析···············4.49

制作雙鉆模互為支撐斜面鉆孔夾具·····················4.52

數控車床搭載Baruffaldi動力刀塔結構分析與應用···················································4.54

用于T611A鏜床加工超長箱體工件的工裝設計 ·····5.46

自制真空夾具及應用·········································5.48

車橋夾具在自動化加工中的設計與應用···············5.53

薄壁模具零件特殊夾具的設計····························5.55

楔式閘閥閥體閥座孔和法蘭一體加工工裝的設計·············································6.46

重型回轉體工件裝配工藝改進····························6.49

扭力臂零件柔性數控夾具設計方案·····················6.51

數控機床伺服軸同軸度的快速檢測·····················7.42

卡盤扳手定位防錯裝置在車削安全防護中的應用·········································7.44

車床專用夾具的設計及應用·······························7.46

手搖式小螺紋攻螺紋機的設計及使用··················7.48

臥式刷洗機床結構及工作原理····························8.42

棒間距量表的設計與運用···································8.44

折彎機托料輪架的設計及應用····························8.47

用于加工內孔快速換型的夾具體的設計···············8.50

變徑超細長軸類零件加工專用機床的設計···········9.48

基于精密偶件中殼體組合件壓套技術的探究········9.50

簡易快速收簧工具的制作與應用·························9.53

用于膠管生產線的鏈傳動的設計·······················10.48

綜合式多用途測量裝置的設計及應用················10.51

渦輪葉片灌箱找正裝置及工作方法···················10.54

自制氣動分度盤在框架類零件加工中的應用······11.53

五軸數控實驗平臺的設計和應用·······················11.55

具有開槽與清根功能的銑頭的研制···················12.36

圓環類零件外觀自動檢測設備的研發················12.39

電磁銅扁線彎線鉗的設計與應用·······················12.43

刀 具

Inconel718材料切削研究····································1.58

柴油機機體斜油孔加工方案·······························1.61

柳葉刀加工葉片程序優化···································1.64

專用端面槽锪刀的設計及制造····························2.45

機車牽引電動機刷盒和刷座新型銑齒刀的設計·····2.47

鎳基高溫合金零件車削加工·······························2.50

雙頭梯形螺紋刀具的特殊設計····························3.47

某汽車部件鉸孔尺寸超差分析與對策··················3.51

內齒輪插齒切屑厚度計算與切削用量的選擇········3.53

導條刀具原理及實際應用···································4.57

某沉淀硬化不銹鋼材料的切削加工·····················4.63

專用刀桿助力車床加工大長圓錐孔·····················4.66

自制鏜刀轉向桿有效解決箱體零件加工難題········5.59

分體車輪輪箍加工工藝研究·······························5.63

前軸鎖銷相貫孔加工方法···································5.66

柴油機機體氣缸孔加工刀具優化及工藝改進········6.54

剃齒三截面的齒形修形······································6.59

改進刀具解決NY320柴油機機體加工難題 ···········6.63

改進工藝提升復合材料內螺紋加工質量···············7.50

凸輪軸止推軸承墊技術攻關·······························7.53

雙色涂層硬質合金刀片制備工藝試驗··················7.56

通過計算機動時間確定剃齒加工方式··················8.52

分段圓弧輪廓銑刀五軸聯動加工側壁··················8.57

高硬度旋壓機輪軸的螺紋銑削加工·····················8.60

盤心引氣套加工新方法······································9.55

起重機梯圓螺紋軸的車削加工····························9.58

RV減速器中擺線輪的數控銑削 ··························9.62

聚四氟乙烯材料端面余弦曲線槽的車削·············10.57

鋁合金插銑加工切削力分析及成屑弧區劃分······10.60

雙頭深矩形螺旋槽切削加工優化·······················10.62

大型非封閉圓薄壁鑄鋁合金零件車削加工·········11.61

專用刀具加工攤鋪機分料箱內部螺紋················11.65

低溫氨水泵不銹鋼細長軸車削加工···················12.45

交叉孔系薄壁異形缸筒內孔加工技術················12.48

鈦合金切削質量的影響因素與改進措施·············12.52

模具制造

自動編程加工技術在模具零件上的應用···············1.68

齒形模具零件銑床夾具的設計與加工··················2.53

汽車儀表盤內飾功能支架件的熱流道模具設計·····3.57

減速器太陽輪的模具技術研究····························4.68

高精密孔類以銑代磨工藝技術研究·····················4.70

轎車端子座注射模結構設計·······························5.68

新型棒料下料模設計·········································6.66

鉆齒模具的優化設計·········································6.68

非圓曲線組成的等壁厚模具加工誤區與解決方案···················································7.61

汽車驅動系統減振盤級進模的設計與制造···········7.64

模具智能化制造技術與裝備·······························8.63

FANUC高速加工功能在模具加工中的應用 ·········9.64

勺形截面零件沖壓工藝及模具設計···················10.66

Tebis高效自動化編程管理的數字化編程模板 ·····10.69

精密多腔模具零件加工····································11.68

使用hyperMILL軟件優化刀具路徑加工整體式KN95熔接齒模 ····························12.55

落料模與線切割加工創新優化··························12.59

智能制造

高鐵腕臂系統典型零部件自動化制造··················1.72

西門子節能控制在高速臥式加工中心上的應用·····1.75

FANUC系統多邊形加工功能的實現和經驗 ·········1.78

FANUC 0i-TD系統車床自動補償和定量換刀技術················································2.58

基于PLM系統的工藝結構化應用 ························2.59

PLC與多臺變頻器Modbus通信實例 ····················2.63

宏程序在毛坯零件高效找線加工中的應用···········2.66

基于UG/NX11的數控銑削后置處理 ····················3.63

高鐵橋梁支座自動化生產線·······························3.66

基于數控系統宏功能實現刀具動態補償···············3.69

西門子寫文件功能在加工中心上的應用···············4.73

強力噴丸時直齒輪齒面應力分析·························4.77

圓柱面插補加工封閉雙向回程螺桿·····················4.80

數控機床變量參數在工件找正中的應用···············5.73

電纜設備中對擠出機精準控溫的設計方案···········5.74

基于三坐標測量機的漸開線齒輪測量方法···········5.77

變螺距螺桿加工中插補算法及加減速控制···········6.70

薄壁齒圈產品的夾持變形分析····························6.74

基于有限元的叉車貨叉分析與設計·····················6.77

在線測量技術在標準動車組構架加工中的開發應用·······················································7.68

基于B/S架構的鏜刀查詢系統的設計與實現··········7.70

基于知識熔接技術的UG撥叉設計模塊開發 ··········7.74

自動沖壓線工藝余料自動回收裝置設計及應用·····8.67

大型注塑機合模部件自動化裝配設計··················8.69

Autoform在拉延筋快速修磨中的應用 ··················9.69

基于在機測量弦齒厚偏差的齒輪修正加工···········9.72

曲軸多楔帶輪旋壓成形數值模擬及試驗···············9.75

在數控銑床上加工鏈輪齒形·····························10.73

數控機床設置試用期的應用技術·······················10.76

基于工業物聯網的PLC在線診斷 ·······················11.74

飛輪旋轉穩定性關鍵工序工藝優化及應用·········11.77

數控系統智能刀具管理····································12.62

一種190型非公路自卸汽車車架強度有限元分析·················································12.65

維修與改造

PLM110破碎機錐體修復再使用的探討 ················1.80

日本三菱加工中心主軸拉刀軸拆卸與測試···········1.82

外星輪超越離合器圓柱滾子磨損失效研究···········1.84

對刀儀故障診斷················································2.68

2.5MW風力發電機組驅動輪圓跳動檢具的改進 ····2.71

宏程序中斷在真空吸附夾具停氣保護方面的應用·············································2.73

油槽銑床改造及分析·········································2.74

花鍵孔齒輪齒向傾斜偏差變動較大問題的分析與解決···················································3.72

KH—T68臥式鏜床維修實例 ······························3.76

橡皮囊壓力機液壓泵頻繁損壞故障分析與處理·····3.79

龍門加工中心橫梁移動故障的診斷與分析···········4.82

大型沖裁模具刃口失效修復方法·························4.84

精準潤滑在機床再制造中的應用·························5.81

壓路機鋼輪鉆削加工工藝優化改進·····················5.83

解決自動上下料無心磨床工件撞擊砂輪問題········6.79

模塊化斜床身結構靜動態性能研究·····················6.81

電主軸檢測及預防性維修技術····························6.84

高精度數控機床模塊化維修·······························7.77

KHYD400型煤礦用巖石電鉆主機結構的改進 ······7.79

數控中梁組合鉆典型故障診斷與處理··················7.81

捷克數控鏜床主軸刀具放松液壓系統改造···········8.74

加工中心圓度誤差的原因分析及調整方法···········8.75

德國海科特機床HEC1600典型故障分析··············8.78

FIDIA數控系統工件零點偏置防錯功能開發與應用···················································8.79

大導程螺旋面的銑削方案··································9.79

米克朗加工中心零件表面產生嚴重顫紋的原因分析······················································9.81

數控滑塊滾道成型磨床工作臺運動結構優化及速度提升···················································9.84

CYTEC電主軸松拉刀故障分析與處理 ··············10.78

CK6136數控車床液壓卡盤失效故障處理 ···········10.80

SC-50/85 CNC數控立式車床工作臺靜壓導軌改造設計····················································11.81

西門子840D數控系統硬盤數據恢復法···············11.83

FANUC數控系統機床一鍵回參考點的方法 ········11.85

數控機床滾滑復合導軌磨損修復與精度調試方法··········································12.68

CKX91135可移式數控座環加工專機再制造 ·······12.70

細長電動機軸加工中數控車床設備的技術改進··12.73

AG螺紋安裝后脫出故障研究 ····························12.74