TEKNIK PERMESINAN KAPAL IV

(MARINE ENGINEERING IV)

Oleh:

Semin Sanuri, Ph.D

DEPARTMEN OF MARINE ENGINEERING

FACULTY OF MARINE TECHNOLOGY

INSTITUT TEKNOLOGI SEPULUH NOPEMBER

KONTRAK PERKULIAHAN

1. PERATURAN PERKULIAHAN

2. TUGAS/EVALUASI PERKULIAHAN

3. DAFTAR RENCANA STUDY

4. DAFTAR PUSTAKA ACUAN

5. LAIN - LAIN

1. MAHASISWA HARUS DI KELAS SEBELUM DOSEN DATANG.

2. MAHASISWA LEBIH LAMBAT 10 MENIT DARI DOSEN, MAKA

TIDAK DIPERKENANKAN MASUK KELAS.

3. MAHASISWA TIDAK HADIR MAXIMUM 20% (IJIN/TDK IJIN).

4. DOSEN TIDAK HADIR MAXIMUM 10% (IJIN/TDK IJIN).

5. PELANGGARAN NO.3 MAHASISWA MENDAPAT NILAI E.

6. MAHASISWA HARUS BERPAKAIAN SOPAN & RAPI SELAMA

KULIAH SESUAI ANJURAN ITS.

7. PELANGGARAN NO.6 MAKA MAHASISWA TIDAK

DIPERBOLEHKAN MENGIKUTI KULIAH.

8. HP & SEJENISNYA HARUS OFF / SILENT SELAMA KULIAH.

9. PELANGGARAN NO.8, KULIAH DIHENTIKAN OLEH DOSEN.

1. PERATURAN PERKULIAHAN

1. TUGAS I: 10% (PEKERJAAN 5% & PRESENTASI 5%)

2. QUIZ I: 15%

3. TUGAS II: 10% (PEKERJAAN 5% & PRESENTASI 5%)

4. QUIZ II, NILAI 15%.

5. TUGAS III: 10% (PEKERJAAN 5% & PRESENTASI 5%)

6. QUIZ III: 15%

7. UAS:25%.

NOTE: PEKERJAAN DITULIS TANGAN, PRESENTANSI DITULIS DALAM

POWER POINT DI KUMPULKAN HARDCOPY DAN SOFTCOPY. SETIAP

KELOMPOK HARUS MELAPORKAN PROSES PEKERJAAN DAN

DOKUMENTASI FOTO KEGIATAN.

2. TUGAS/EVALUASI PERKULIAHAN

3. DAFTAR RENCANA STUDY

1. GAS TURBINES

2. BOILER

3. STEAM TURBINES

4. ENGINE ROOM LAY OUT

MARINE ENGINEERING IV

Competency-1 (C-1): Student able to explain and describe [knowledge]

Competency-2 (C-2): Student able to design [comprehension]

Competency-3 (C-3): Student able to applied [application]

Chapter Lesson OutcomesBloom

TaxonomyDelivery Assessment

- Contract of Study Subject class system and evaluation

1 Gas Turbines (C 1 – C3) Lecturing

& SCL

Review of Boiler

Review of Steam

Turbines

Review of

GasTurbines

Review of Engine

Room Lay Out

Rules & Regulation

2 Boiler (C 1 – C3) Lecturing

& SCL

3Steam Turbines

(C 1 – C3) Lecturing

& SCL

4 Engine Room Lay Out (C 1 – C3) Lecturing

& SCL

1. GAS TURBINES:

1.1. INTRODUCTION.

1.2. ARRANGEMENT AND STRUCTURAL DETAIL.

1.3. ACCESSORIES.

1.4. CONTROLS.

1.5. COMPRESSOR DESIGN.

1.6. TURBINE DESIGN AND CONSTRUCTION.

1.7. COMBUSTION SYSTEMS.

1.8. BEARING, SEALS AND LUBRICATION.

2. BOILER:

2.1. CLASSIF. OF MARINE STEAM BOILERS.

2.2. SELECTION OF STEAM BOILER.

2.3. BOILER DESIGN.

2.4. BOILER OPERATION.

3. STEAM TURBINES:

3.1. ARRANGEMENT AND CYCLES.

3.2. STEAM TURBINE PERFORMANCE.

3.3. STEAM TURBINE STAGE DESIGN.

3.4. STEAM TURBINE CONTROL.

3.5. ROTORS AND BLADES.

3.6. NOZZLES, DIAPHRAGMS & STA. BLADING.

3.7. CASINGS AND PACKINGS.

3.8. LUBRICATION AND BEARINGS.

3.9. MAIN PROPULSION TURBINE OPERATION.

3.10.AUXILIARY TURBINES.

4. ENGINE ROOM LAY OUT:

4.1. INTRODUCTION.

4.2. PURPOSE.

4.3. SCOPE.

4.4. APPLICATIONS.

4.5. DEFINITIONS.

4.6. RECOMMENDED PROCEDURES

4. DAFTAR PUSTAKA ACUAN:

1. Harrington, R.L (Ed), Marine Engineering, SNAME,New York, 1992.

2. Taylor, D.A, Introduction to Marine Engineering,Butterworth, 1983.

3. Dowson, Smith, Marine Auxiliary Machinery, 1981.

4. Saarlas, Maldo, Steam and Gas Turbine for MarineUse, Naval Institute Press, 1987.

5. Mc Birnie, S.C, Marine Steam Engines and Turbines,Butterworth, 1980.

6. Article journal yang sesuai dan up to date.

5. LAIN-LAIN:

MATERI KULIAH TERSEDIA DI WEBSITE ITS WEBPERSONAL DOSEN

LECTURER INTRODUCTION:

Semin Sanuri was born in Boyolali, in1971.

As a lecturer in Marine Engineeringsince October 1996.

Bachelor in Marine Engineering ITS(1992-1996).

Master in Marine Engineering ITS(2000-2002).

Doctor of Philosophy (Ph.D) inMechanical Engineering UniversityMalaysia (2006-2009).