각종 산업로의 열관리, 열정산 및 설계요령, 열수지계산 또는 초보자를 위한 3D 프린터 첫걸음 > 도서

각종 산업로의 열관리, 열정산 및 설계요령, 열수지계산



도서명 : 각종 산업로의 열관리, 열정산 및 설계요령, 열수지계산
저자/출판사 : 강대용, 북랩
쪽수 : 528쪽
출판일 : 2015-11-02
ISBN : 9791155857830
정가 : 25000

머리말 ··················································································································· 4

제1편 열관리에 관한 제 계산법 ·························································· 12
제1장 열관리 관계 제량 ········································································ 12
제2장 열과 증기 ······················································································ 21
2.1 열에 의한 물체의 팽창 ·························································· 21
2.2 완전가스의 특성식열 및 가스정수 ····································· 22
2.3 가스와 증기 ············································································· 23
2.4 비열 ··························································································· 24
2.5 혼합 가스 ················································································· 24
2.6 열역학의 2법칙 ······································································· 25
2.7 엔탈피와 ENTROPY ······························································ 26
2.8 단열변화와 등압변화 ····························································· 27
2.9 수증기 ······················································································· 27
2.10 습한 공기 ··············································································· 30
2.11 관내의 유동에 의한 압력강하 ··········································· 32
2.12 조름絞······················································································ 34
2.13 증기 Accumulator ······························································· 35
2.14 열효율 ····················································································· 36
제3장 전열계산 ························································································ 79
3.1 열전도 ······················································································· 79
3.2 열전달 ······················································································· 82
3.3 열관류 ······················································································· 84
3.4 열방사 ······················································································· 88
3.5 전열 관계의 문제 ··································································· 90
제4장 연료시험법 ·················································································· 134
4.1 고체연료시험 ········································································· 134
4.2 전수분과 습분측정법(KS M 8811-1963) ······················· 136
4.3 공업분석(KS M 8812-1963) ············································· 136
4.4 원소분석(KS M 8813-1963) ············································· 137
4.5 발열량측정법(KS M 8814-1963) ····································· 139
제5장 연소계산 ······················································································ 154
5.1 연소의 기본반응식과 양적 관계 ······································· 154
5.2 연료의 발열량 ······································································· 156
5.3 연소에 필요한 공기량 ························································· 158
5.4 연소가스양과 그 조성 ························································· 159
5.5 연소경과의 일반적 해석 ····················································· 162
5.6 연소가스의 조성에 의한 연소상황의 판단 ····················· 162
5.7 연소온도 ················································································· 166
제6장 열정산 ·························································································· 215
6.1 연소효율 ················································································· 215
6.2 열정산 ····················································································· 216
6.3 물질정산 ················································································ 220
6.4 열정산의 문제 ······································································ 222
제7장 잡제雜題······················································································· 273
제8장 열정산의 항목 및 계산방법 ···················································· 313
8.1 시멘트 소성용 열 ································································· 324
8.2 열정산의 항목과 계산방법 ················································ 334
8.3 석탄 소성로 ·········································································· 346
8.4 축로의 설계 ·········································································· 348
8.5 축로의 시공 ··········································································· 355
예제 증보 ································································································ 357

제2편 열관리와 열관리 계산에 필요한 기술자료 ················· 395
상용대수표 ···················································································· 396
부표 ································································································· 397
국제원자량표 ················································································· 398
주요 기체의 성질 ········································································· 399
증기표-포화표 ············································································· 400
과열증기비 ···················································································· 402
주요단위환산표 ············································································ 407
주요단위환산도 ············································································· 410
온도환산도 ····················································································· 411
점도환산표 ····················································································· 413
기체의 물리적 성질 ····································································· 414
액체연료의 비중과 발열량 ························································· 415
석유의 물리적 성질 ····································································· 417
연료유의 점도와 온도의 관계 ··················································· 418
액체연료의 인화점, 착화온도, 증기의 착화범위 ·················· 419
중유의 발열량, 수소함유량과 ???? ?m ax ·································· 420
LPG의 물리적 성질 ····································································· 421
높은 발열량 가스의 연소용공기량과 연소생성가스양 ········· 422
저질연료가스의 연소용공기량 ··················································· 423
중유의 연소용공기량 ·································································· 424
고체 및 액체연료의 이론공기량 ··············································· 425
공업로의 열소비량기준치 ··························································· 426
Batch 식 노爐의 열효율(참고치) ············································· 427
노벽방산열량 ················································································ 428
경량내화연호 노벽의 정상방열량 ············································· 429
간헐적 조업로의 냉각 ································································ 430
경량연호 노벽의 승온시간 ························································· 431
주기로에 있어서 노벽 연호의 축열에 의한 손실 ················· 432
노爐 문틈으로부터의 잠입공기량 ············································· 433
연속추출로 조업기준치 ······························································ 434
강편가열로효율 ············································································· 435
ROTARY KILN의 계산 ······························································ 436
풍로가열효율 ················································································· 437
보온재의 경제 두께 ····································································· 438
보온재의 내열 두께 ····································································· 439
전기로의 분류 ·············································································· 440
저주파로 참고치 ··········································································· 441
저항선의 직경의 결정 ································································ 442
저항선의 길이의 결정 ································································ 443
평형함수율 ···················································································· 444
항률건조속도 ················································································ 445
열풍에 의한 항률건조속도 ························································ 446
기류반송에 의한 소립자의 건조(개산도) ······························· 447
평행류건조 특성치 ······································································ 448
제철소의 전열 흐름도 ································································ 450
공기의 比엑세르기 ······································································· 451
연소가스의 比엑세르기 ······························································· 452
공기와 연소가스의 比엑세르기(석유) ······································ 453
메틸클로라이드의 엔트로피 선도 ············································· 454
공기의 엔트로피 선도(저압) ······················································ 455
공기의 엔트로피 선도(고압) ······················································ 456
암모니아의 엔트로피 선도 ························································· 457
탄산의 가스엔트로피 선도 ························································· 458
아황산 가스엔트로피 선도 ························································· 459
공장로의 기종별, 수요부문별 생산고구성비 ························· 462
공업로 및 화열응용 시설의 수와 시설별 에너지 소비량 ··· 463
부표 ································································································· 465
내화·단열연와의 품질특성 ······················································· 468
각종내화물단열재의 열전도율, 열용량 및 사용온도범위 ··· 471
내화·단열재의 품질특성 ··························································· 472
각종단열구성례와 관련제원비교 ··············································· 473
방사, 전도 등에 의한 열손실의 방지 ····································· 478
폐열의 회수이용 ··········································································· 479
폐열의 회수이용에 관한 판단기준의 골자의 대응책 ·········· 480
폐열의 회수이용 ··········································································· 481
폐열발생의 회수효과 ·································································· 482
폐열의 회수이용 ··········································································· 485
폐열회수장치 ················································································· 486
폐열의 회수이용 ··········································································· 487
폐열회수장치 ················································································ 488
부표1 과열증기표(Entalpy) ······················································· 495
부표2 석회와 석회석의 비열표 ················································ 495
Seger Cone과 Orton의 용도온도비교 ··································· 496
여러 모양의 넓이와 부피 계산 ················································· 497
내화재료에 관련된 공업규격 ···················································· 500
물성표 ····························································································· 510
중요 가스의 정수와 비열의 값 ················································· 518
각종 화학장치용 재료표 ····························································· 528




초보자를 위한 3D 프린터 첫걸음



도서명 : 초보자를 위한 3D 프린터 첫걸음
저자/출판사 : 노수황 , 이원모, 대광서림
쪽수 : 192쪽
출판일 : 2016-04-05
ISBN : 9788938451637
정가 : 10000

제1장 3D 프린터의 기초
#01 3D 프린터란…
#02 3D 프린터의 특징
#03 왜 3D 프린터가 유리한가?
#04 3D 프린터의 산업적인 의미
#05 3D 프린터 발전의 역사1
#06 3D 프린터 발전의 역사2
#07 3D 프린팅의 세 가지 요소
#08 3D 프린터의 대중화1
#09 3D 프린터의 대중화2
#10 3D 프린터의 대중화3
#11 3D 프린터의 활용사례1
#12 3D 프린터의 활용사례2
#13 3D 프린터의 필요성
Tip 3D 프린터로 스마트기기 전자소자도 출력
제2장 3D 프린터는 어떻게 움직이는가
#01 3D 프린터의 주요 구성1
#02 3D 프린터의 주요 구성2
#03 3D 프린터의 주요 구성3
#04 3D 프린터의 주요 구성4
#05 3D 프린터의 주요 구성5
#06 3D 프린팅 기술방식 - FFF
#07 3D 프린팅 기술방식 - FDM
#08 3D 프린팅 기술방식 - MJM, InkJet
#09 3D 프린팅 기술방식 - SLA
#10 3D 프린팅 기술방식 - PolyJet(1)
#11 3D 프린팅 기술방식 - PolyJet(2)
#12 3D 프린팅 기술방식 - DLP
#13 3D 프린팅 기술방식 - SLS, DMLS
#14 3D 프린팅 기술방식 - DMP, DMT
#15 3D 프린팅 기술방식 - 3DP
#16 3D 프린팅 기술방식 - LOM 등
#17 FFF 방식 프린터의 소재
#18 주요 필라멘트 소개1
#19 주요 필라멘트 소개2
#20 주요 필라멘트 소개3
#21 PLA와 ABS의 차이점
#22 3D 프린터 선택 가이드1
#23 3D 프린터 선택 가이드2
#24 3D 프린터 선택 가이드3
#25 3D 프린터 선택 가이드4
#26 3D 프린터 선택 가이드5
Tip 3D 프린터의 발전과 특허 관계
제3장 3D 모델링의 이해
#01 3D 프린터의 데이터 준비 과정
#02 3D 모델링의 개념 이해하기
#03 3D 모델링의 종류1
#04 3D 모델링의 종류2
#05 3D 데이터를 준비하는 방법
#06 3D 데이터 다운로드1
#07 3D 데이터 다운로드2
#08 3D CAD/CG 소프트웨어
#09 3D CAD/CG 소프트웨어(입문자용)1
#10 3D CAD/CG 소프트웨어(입문자용)2
#11 3D CAD/CG 소프트웨어(입문자용)3
#12 3D CAD/CG 소프트웨어(입문자용)4
#13 3D CAD/CG 소프트웨어(전문가용)1
#14 3D CAD/CG 소프트웨어(전문가용)2
#15 3D CAD/CG 소프트웨어(전문가용)3
#16 3D 스캐닝
#17 3D 프린터의 출력용 파일
#18 3D 프린터 출력용 파일의 검증
#19 G-code 변환
#20 CURA를 이용한 G-code 변환
#21 3D 프린터 출력 제어 프로그램1
#22 3D 프린터 출력 제어 프로그램2
#23 3D 프린터 출력 제어 프로그램3
Tip 4D 프린터도 개발되고 있다
제4장 3D 프린터 출력과 후처리 도구
#01 모델링 파일을 STL 파일로 내보낸다
#02 G-Code 파일로 내보내기
#03 큐비콘 싱글 3DP-110F 3D 프린터로 출력하기
#04 G-Code 파일로 내보내기
#05 얼티메이커 2GO 3D 프린터로 출력하기
#06 후처리에 사용하는 기본 공구
#07 도색 재료
#08 사포
#09 서페이서
#10 도료
#11 도장용 도구
#12 접착제 도구
#13 그 외의 공구
#14 마감재
#15 보급형 3D 프린터 출력시 주의사항
#16 보급형 FFF 방식 3D프린터 사용자들이 자주 하는 Q&A
제5장 세계 각국의 3D 프린터와 기술 융합 사례
#01 세계 각국의 3D 프린터 1
#02 세계 각국의 3D 프린터 2
#03 세계 각국의 3D 프린터 3
#04 세계 각국의 3D 프린터 4
#05 세계 각국의 3D 프린터 5
#06 세계 각국의 3D 프린터 6
#07 3D 프린팅 기술 융합 사례
Tip 3D 프린팅과 해킹
제6장 3D 프린팅에 꼭 필요한 정보 모음
#01 국내외 3D 출력물 서비스 업체1
#02 국내외 3D 출력물 서비스 업체2
#03 국내외 3D 출력물 서비스 업체3
#04 국내외 3D 출력물 서비스 업체4
Tip ASTM의 대표적인 7가지 3D 프린팅 기술 방식