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G.3. Konstruksi kompresor sudu luncur.....................................215<br />
G.4. Konstruksi kompresor jenis roots ...................................... 218<br />
H. Konstruksi Kompresor Rotari Aksial dan Radial ............................... 219<br />
I. Gangguan Kerja Kompresor dan Cara Mengatasinya ...................... 222<br />
I.1. Pembebanan lebih dan pemanasan lebih<br />
pada motor pengerak........................................................ 222<br />
I.2. Pemanasan lebih pada udara hisap ................................... 222<br />
I.3. Katup pengaman yang sering terbuka ................................ 223<br />
I.4. Bunyi dan getaran ............................................................... 223<br />
I.5. Korosi .................................................................................. 224<br />
BAB 10 DASAR MOTOR BAKAR ……………………………………….227<br />
A. Sejarah Motor Bakar ......................................................................... 230<br />
B. Siklus 4 Langkah dan 2 Langkah...................................................... 237<br />
B.1. Siklus 4 langkah ................................................................. 237<br />
B.2. Siklus 2 langkah ................................................................. 238<br />
C. Daftar Istilah-Istilah Pada Motor Bakar ............................................. 240<br />
BAB 11 SIKLUS MOTOR BAKAR ....................................................... 245<br />
A. Siklus Termodinamika Motor Bakar .................................................. 245<br />
A.1. Siklus udara ideal ............................................................... 245<br />
A.2. Siklus aktual ....................................................................... 250<br />
B. Menghitung Efiseinsi Siklus Udara Ideal...........................................251<br />
B.1. Efesiensi dari siklus Otto .................................................... 252<br />
B.2. Efisiensi siklus tekanan konstan.........................................254<br />
BAB 12 PRESTASI MESIN .................................................................. 256<br />
A. Propertis Geometri Silinder............................................................... 258<br />
A.1. Volume langkah dan volume ruang baker.......................... 261<br />
A.2. Perbandingan kompresi ( compression ratio).....................261<br />
A.3. Kecepatan piston rata-rata.............................................................262<br />
B. Torsi dan Daya Mesin ....................................................................... 262<br />
C. Perhitungan Daya Mesin .................................................................. 264<br />
C.1. Daya indikator .................................................................... 265<br />
C.2. Daya poros atau daya efektif ............................................. 279<br />
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