Gas - Compressible

Natural Gas, Nitrogen, Hydrogen 등의 압축성 기체의 물성을 계산하기 위해 다음 코드를 사용합니다:

GERG2008은 천연가스 및 기타 혼합가스의 물성을 계산하기 위한 국제 표준 방정식입니다. 이 모듈은 밀도, 압축계수, 엔탈피, 열용량 등 다양한 열역학적 물성을 계산할 수 있으며, 특히 천연가스, 수소, 질소와 같은 산업용 가스의 정확한 물성 계산에 적합합니다.

Operating Ranges

Gas Functions

Abbr.	INPUT Unit	RESULT Unit	Function Description
GasRHO_PT	pressure, bara temperature, °C fluid name	kg/m3	Get Density at pressure & Temperature
GasMM_PT	pressure, bara temperature, °C fluid name	g/mol	Get Molar Mass at pressure & Temperature
GasZ_PT	pressure, bara temperature, °C fluid name	-	Get Compressibility at pressure & Temperature
GasCV_PT	pressure, bara temperature, °C fluid name	J/(mol-K)	Get Isochoric Heat Capacity at pressure & Temperature
GasCP_PT	pressure, bara temperature, °C fluid name	J/(mol-K)	Get Isobaric Heat Capacity at pressure & Temperature
GasJT_PT	pressure, bara temperature, °C fluid name	K/kPa	Get Joule Thomson at pressure & Temperature
GasW_PT	pressure, bara temperature, °C fluid name	m/s	Get Speed of Sound at pressure & Temperature
GasK_PT	pressure, bara temperature, °C fluid name	-	Get Isentropic exponent at pressure & Temperature
GasLHVmass	fluid name [temperature, °C]	kJ/kg	Get Lower Heating Value
GasHHVmass	fluid name [temperature, °C]	kJ/kg	Get Higher Heating Value

Fluid Name Format

The fluid name should be provided as a string specifying the gas mixture composition
Example format: “CH4:0.94,C2H6:0.05,CO2:0.01” represents a mixture of:
- 94% Methane (CH4)
- 5% Ethane (C2H6)
- 1% Carbon Dioxide (CO2)
Components must sum to 1.0 (100%)
Supported components include: CH4 (Methane), C2H6 (Ethane), C3H8 (Propane), N2 (Nitrogen), CO2 (Carbon Dioxide), and others per GERG2008 standard

Notes