MARC

 008990927s1997        ulka                        0a    kor
■0801  ▼a621.7
■082    ▼a621.9▼b심77ㅅ▼223
■090    ▼a621.9▼b심77ㅅ
■1000  ▼a심증수  역
■24510▼a선삭  공구의  모든것▼d심증수  역
■260    ▼a서울▼b성안당▼c1997
■300    ▼a213p.▼b삽도▼c27cm.
■44000▼a기계가공기술시리즈▼v4
■505    ▼apart  1    선삭공구의  종류와  공구재료▼a선삭가공이란▼c8▼a바이트의  종류▼c10▼a초경  바이트의  종류,고속도  공구강  바이트의  종류▼c12▼a여러가지  선삭  공구의  재료와  그  특성▼c14▼a스로어웨이  팁의  호칭기호▼c19▼a스로어웨이  팁의  호칭기호  부여방법▼c22▼a초경  팁이  되기까지▼c24▼a납땜  바이트가  되기까지▼c26▼a여러가지  클램프  방식과  그  특징▼c2900▼a스로어웨이  팁  홀더의  호칭기호  부여방법▼c2211▼a랜드와  호닝▼c3522▼apart  2    선삭의  메커니즘33▼a선삭  기구와  칩의  형태▼c3844▼a날끝  형상과  기능▼c4455▼a절삭  저항과  비절삭  저항▼c5066▼a절삭  조건을  결정하기  위한  조건▼c5877▼a소요동력과  가공  능률▼c6388▼a구성  날끝의  생성과  그  득실▼c6699▼a다듬질면  거칠기에  영향을  주는  인자▼c7000▼a공구  수명과  판정  기준▼c7711▼a외경  절삭과  내경  절삭의  차이▼c8322▼apart  3    공구  재료와  그  절삭  기능33▼a고속도  공구강  선택법과  사용법▼c8844▼a초경바이트의  선택법과  사용법▼c9655▼aJIS  초경  합금의  사용  선택  기준이란▼c10166▼a코팅  공구의  절삭  성능▼c10477▼a서멧  공구의  절삭  성능▼c10988▼a세라믹  공구의  절삭  성능▼c11599▼a스로어웨이  바이트와  납땜  바이트의  위치▼c12000▼aCBN  공구의  절삭  성능▼c12311▼a다이아몬드  바이트의절삭  성능▼c12822▼a다이아몬드  코팅  팁의  절삭  성능과  가공  예▼c13933▼apart  4    선삭공구  활용의  실제44▼a절단,홈  절삭의  포인트▼c14655▼a소직경  보링  가공의  포인트▼c15166▼a나사  절삭  가공의  포인트▼c15677▼a알루미늄과  가는  가공물  다듬질  선삭의  스로어웨이화▼c16188▼a스테인리스  강의  선삭  가공▼c16599▼a위스커  강화  세라믹  공구에  의한  내열강의  선삭▼c16800▼a단결정  다이아몬드  공구에  의한  초정밀  선삭  가공▼c17311▼a칩  브레이커와  그  선택  기준▼c17822▼apart  5    선삭의  주변기술33▼aQCT의  활용▼c18644▼a카세트  툴과  ATC  활용▼c19155▼a바이트의  연마법▼c19766▼a선삭  가공에서의  절삭  유제의  효과▼c20377▼a선삭  공구의  트러블과  대책▼c20988
■950    ▼b10,000

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