.::TOWARD green CAMPUS GL POLTEKBA::.

Email Pengembang RPS:yasmin.zulfati@poltekba.ac.id

Generated by SPMI apps :@May 9, 2025, 3:41 am Form. Code: FRM/AK/08.133.0

JURUSAN TEKNIK MESIN

PROGRAM STUDI TEKNOLOGI REKAYASA MANUFAKTUR

RENCANA PEMBELAJARAN SEMESTER (RPS) T.A 2024/2025

MATA KULIAH

KODE

BOBOT SKS

JAM/SMT

SEMESTER

TANGGAL PENYUSUNAN

T

P

TOTAL

Termodinamika

RM120524

2

0

2

28

2

OTORISASI

DOSEN PENGEMBANG RPS

KETUA PROGRAM STUDI

Scan QR untuk Akses Dokumen ini

Yasmin Zulfati Yusrina S.T., M.T.

Herdian Dwimas S.T., M.T.

NIP/NIK. 199509192022032010

NIP/NIK. 199509052022031013

Capaian Pembelajaran (CPL)

CPL - PRODI

SIKAP
(S-9) Menunjukkan sikap bertanggungjawab atas pekerjaan di bidang keahliannya secara mandiri

PENGETAHUAN
(P-1) Menguasai konsep teoretis sains alam, aplikasi matematika rekayasa prinsip-prinsip rekayasa (engineering principles), sains rekayasa dan perancangan rekayasa yang diperlukan untuk analisis dan perancangan produk/ sustainable product, proses manufaktur/ remanufaktur, dan sistem manufaktur/ remanufaktur, serta manajemen logistik

KETRAMPILAN UMUM

 
(KU-1) Mampu menerapkan pemikiran logis, kritis, inovatif, bermutu, dan terukur dalam melakukan pekerjaan yang spesifik di bidang keahliannya serta sesuai standar kompetensi kerja bidang yang bersangkutan

KETERAMPILAN KHUSUS
(KK-1) Mampu menerapkan matematika, sains, dan prinsip rekayasa (engineering principles) untuk menyelesaikan masalah rekayasa kompleks pada rekayasa produk (termasuk sustainable product), proses manufaktur/ remanufaktur, dan sistem manufaktur/ remanufaktur, serta manajemen logistik

Capaian Mata Kuliah (CP-MK)

CP - MK
CPMK 1: Able to explain fundamental concepts and analyses in thermodynamics, including energy, properties of substances, system analysis, entropy, cycles, and heat transfer.

KEMAMPUAN AKHIR SETIAP PERTEMUAN (Sub-CPMK)
Sub-CPMK 1: Able to explain the basic concepts of thermodynamics (C2, P2, A2)
Sub-CPMK 2: Able to explain energy, energy transfer, and general energy analysis (C2, P2, A2)
Sub-CPMK 3: Able to explain the properties of pure substances (C2, P2, A2)
Sub-CPMK 4: Able to explain the energy analysis of closed systems (C2, P2, A2)
Sub-CPMK 5: Able to explain mass and energy analysis of control volumes (C2, P2, A2)
Sub-CPMK 6: Able to explain the second law of thermodynamics (C2, P2, A2)
Sub-CPMK 7: Able to explain entropy (C2, P2, A2)
Sub-CPMK 8: Able to explain power cycles (C2, P2, A2)
Sub-CPMK 9: Able to explain the mechanisms of heat transfer (C2, P2, A2)

Deskripsi Mata Kuliah

 The Thermodynamics course covers the basic concepts of thermodynamics, energy and energy transfer, general energy analysis, properties of pure substances, energy analysis of closed systems, mass and energy analysis of control volumes, the second law of thermodynamics, entropy, power cycles, and heat transfer mechanisms.

Materi Pembelajaran/ Pokok Bahasan

Basic concepts of thermodynamics
Energy, energy transfer, and general energy analysis
Properties of pure substances
Energy analysis of closed systems
Mass and energy analysis of control volumes
The second law of thermodynamics
Entropy
Power cycles
Mechanisms of heat transfer

Pustaka

Main references:

  1. Çengel, Y. A., Cimbala, J. M., & Ghajar, A. J. Afshin, J. (2022). Fundamentals of Thermal-fluid Sciences (6th ed.). McGraw Hill.
  2. Moran, M. J., Shapiro, H. N., Boettner, D. D., & Bailey, M. B. (2018). Fundamentals of Engineering Thermodynamics (9th ed.). Wiley.
  3. Matarru, A. A., & Sanda, F. (2022). Analisa Performa Efisiensi Mesin Diesel dengan Eksperimen Variasi Pembebanan Daya di PT PLN UPLTD MG Nunukan. Jurnal Politeknik Caltex Riau, 8(2), 154–161.

Media Pembelajaran

Media: Slides

Dosen Pengampu

Yasmin Zulfati Yusrina,

 

 

Mata Kuliah

Termodinamika

Kode Mata Kuliah

RM120524

 

 

 

Minggu ke-

Sub CP-MK (sebagai kemampuan akhir yang diharapkan)

Indikator

Kriteria & Bentuk Penilaian

Metode Pembelajaran (Estimasi Waktu)

Materi Pembelajaran (Pustaka)

Bobot Penilaian (%)

1

2

3

4

5

6

7
1

 Sub-CPMK 1: Able to explain the basic concepts of thermodynamics (C2, P2, A2)

Able to explain the basic concepts of thermodynamics.

Accuracy in explaining the basic concepts of thermodynamics.

  • Non-test: participation
  • Test: assignment

Discussion (interactive and collaborative)

2 hours
  1. Health protocol delivery
  2. Lecture contract
  3. Introduction to Thermodynamics:
  • Thermodynamics
  • Problem-solving technique
  • Systems and control volumes
  • Properties of a systems
  • Density and specific gravity

1-3

4
2

 Sub-CPMK 1: Able to explain the basic concepts of thermodynamics (C2, P2, A2)

Able to explain the basic concepts of thermodynamics.

Accuracy in explaining the basic concepts of thermodynamics.

Non-test: participation

Discussion (interactive and collaborative)

2 hours
  • State and equilibrium
  • Processes and cycles
  • Temperature and the zeroth law of thermodynamics
  • Pressure

1, 2

4
3

 Sub-CPMK 2: Able to explain energy, energy transfer, and general energy analysis (C2, P2, A2)

Able to explain energy, energy transfer, and general energy analysis.

Accuracy in explaining energy, energy transfer, and general energy analysis.

Non-test: participation

Discussion (interactive and collaborative)

2 hours
  • Forms of energy
  • Energy transfer by heat
  • Energy transfer by work
  • The first law of thermodynamics
  • Energy conversion efficiencies

1, 2

4
4

 Sub-CPMK 1: Able to explain the basic concepts of thermodynamics (C2, P2, A2)

Able to explain the basic concepts of thermodynamics.

Accuracy in explaining the basic concepts of thermodynamics.

Test: quiz

Assessment (effective)

2 hours

Quiz


1, 2

6
5

 Sub-CPMK 3: Able to explain the properties of pure substances (C2, P2, A2)

Able to explain the properties of pure substances.

Accuracy in explaining the properties of pure substances.

Non-test: participation

Discussion (interactive and collaborative)

2 hours
  • Pure substance
  • Phase-change processes of pure substances
  • Property diagrams for phase-change processes
  • Property tables

1, 2

4
6

 Sub-CPMK 4: Able to explain the energy analysis of closed systems (C2, P2, A2)

Able to explain the energy analysis of closed systems.

Accuracy in explaining the energy analysis of closed systems.

Non-test: participation

Discussion (interactive and collaborative)

2 hours
  • The ideal-gas equation of state
  • Compressibility factor - a measure of deviation from ideal-gas behavior
  • Energy balance for closed systems
  • Internal energy, enthalpy, and specific heats of ideal gases
  • Internal energy, enthalpy, and specific heats of solids and liquids

1, 2

4
7

 Sub-CPMK 5: Able to explain mass and energy analysis of control volumes (C2, P2, A2)

Able to explain mass and energy analysis of control volumes.

Accuracy in explaining mass and energy analysis of control volumes.

Non-test: participation

Discussion (interactive and collaborative)

2 hours
  • Conservation of mass
  • Flow work and the energy of a flowing fluid
  • Energy analysis of steady-flow systems
  • Some steady-flow engineering devices
  • Energy analysis of unsteady-flow processes

1, 2

4

8

UTS : Ujian Tengah Semester

20
9

 Sub-CPMK 6: Able to explain the second law of thermodynamics (C2, P2, A2)

Able to explain the second law of thermodynamics.

Accuracy in explaining the second law of thermodynamics.

Non-test: participation

Discussion (interactive and collaborative)

2 hours
  • Thermal energy reservoirs
  • Heat engines
  • Refrigerators and heat pumps
  • Reversible and irreversible process

1, 2

4
10

 Sub-CPMK 6: Able to explain the second law of thermodynamics (C2, P2, A2)

Able to explain the second law of thermodynamics.

Accuracy in explaining the second law of thermodynamics.

Non-test: participation

Discussion (interactive and collaborative)

2 hours
  • The carnot cycle
  • The thermodynamic temperature scale
  • The carnot heat engine
  • The carnot refrigerator and heat pump

1, 2

4
11

 Sub-CPMK 7: Able to explain entropy (C2, P2, A2)

Able to explain entropy.

Accuracy in explaining entropy.

Non-test: participation

Discussion (interactive and collaborative)

2 hours
  • Entropy
  • The increase of entropy principle
  • Entropy change of pure substances
  • Isentropic processes

1, 2

4
12

 Sub-CPMK 6: Able to explain the second law of thermodynamics (C2, P2, A2)

Able to explain the second law of thermodynamics.

Accuracy in explaining the second law of thermodynamics.

Test: quiz

Assessment (effective)

2 hours

Quiz


1, 2

6
13

 Sub-CPMK 7: Able to explain entropy (C2, P2, A2)

Able to explain entropy.

Accuracy in explaining entropy.

Non-test: participation

Discussion (interactive and collaborative)

2 hours
  • Property diagrams involving entropy
  • The T ds relations
  • Isentropic efficiencies of steady-flow devices
  • Entropy balance

1, 2

4
14

 Sub-CPMK 8: Able to explain power cycles (C2, P2, A2)

Able to explain power cycles.

Accuracy in explaining power cycles.

Non-test: participation

Discussion (interactive and collaborative)

2 hours
  • Basic considerations in the analysis of power cycles
  • An overview of reciprocating engines
  • Otto cycle: the ideal cycle for spark-ignition engines
  • Diesel cycle: the ideal cycle for compression-ignition engines
  • Brayton cycle: the ideal cycle for gas turbine engines
  • Ericsson and stirling cycles

1, 2

4
15

 Sub-CPMK 9: Able to explain the mechanisms of heat transfer (C2, P2, A2)

Able to explain the mechanisms of heat transfer.

Accuracy in explaining the mechanisms of heat transfer.

Non-test: participation

Discussion (interactive and collaborative)

2 hours
  • Conduction
  • Convection
  • Radiation

1, 2

4

16

UAS : Ujian Akhir Semester

20

.::TOWARD green CAMPUS GL POLTEKBA::.

 

Tentang Pengembang

 
Yasmin Zulfati Yusrina lahir di Samarinda pada tanggal
Jabatan fungsional Calon Asisten Ahli Jurusan TEKNIK MESIN Program Studi Alat Berat

Info Detil