Desired Compression ratio : 1

Current Compression ratio : 1

Stroke Length mm

Current gasket mm

Combined Thickness mm

Bore mm

Stroke mm

Clearance Volume cc

Compression Ratio :1

Desired Crank Power BHP

Brake specific fuel consumption lbs/BHP-hr         (0.4 to 0.5 for naturally aspirated, up to 0.6 for turbo)

Number of Injectors

Duty cycle %

Injector Size cc / min

Original injector pressure bar

New Injector pressure bar

Original Injector flow cc / min

Injector flow cc / min

Desired Crank Power BHP

AFR : 1

BSFC lbs/BHP-hr         (0.4 to 0.5 for naturally aspirated, up to 0.6 for turbo)

Airflow kg/min

Absolute Pressure Bar         (1.01325 bar at 0 altitude)

Absolute Temperature °C

Gas Constant J kg‾¹ K‾¹         (Dry air 287.058 J kg‾¹ K‾¹)

Current Power BHP

Engine Speed Rpm

Engine Capacity cc

BSFC lbs/BHP-hr         (0.4 to 0.5 for naturally aspirated, up to 0.6 for turbo)

AFR : 1

Volumetric Efficiency %

Air Flow kg / min

Manifold Temperature °C

Volumetric Efficiency %

Engine Speed RPM

Displacement cc

Manifold Pressure Bar

lb/min kg/min

kg/min lb/min

Static Compression Ratio : 1

Boost Bar

Effective Compression Ratio : 1

Static Compression Ratio : 1

Boost Psi

Effective Compression Ratio : 1

Mass air flow Kg / min

Injector size / flow cc / min

fuel density g / cc                        (Petrol: 0.71 to 0.77, standardised at 0.755 )

Engine speed rpm

Desired AFR

Number of cylinders

Injector "On" Time ms

Voltage - V Current - A Power W

Power - W Current - A Voltage V

Power - W Voltage - V Current A

Current - A Resistance - Ω Voltage V

Voltage - V Current - A Resistance Ω

Voltage - V Resistance - Ω Current A

Voltage Source V

Capacitor starting voltage V

Capacitance uF

Resistance kΩ

Time s

Charged voltage V

Capacitor starting voltage V

Capacitance uF

Resistance kΩ

Time s

Remaining voltage V

Voltage source V

Capacitance uF

Resistance kΩ

Time s

Charge Current A

Inductance mH

Capacitance uF

Frequency kHz

Voltage V

Capacitance uF

Energy J

Supply Voltage V

Resistor 1 Ω

Resistor 2 Ω

Output Voltage V

Frequency kHz

Inductance mH

XL Ω

Frequency kHz

Capacitance uF

XC Ω

Overlap Plate Area mm²

Dielectric Thickness mm

Dielectric Constant

Capacitance uF

Gate charge C

Rise time s

Gate drive voltage V

Resistor Ω

Cross-sectional Area mm²

Flux Wb

Density T

Number of Turns

Flux µWb

Current A

Inductance µH

Number of Turns

Reluctance S

Inductance µH

Mean Length Flux Path mm

Permeability

Cross-sectional Area mm²

Reluctance

Outside Diameter mm

Inside Diameter mm

Height mm

Permeability

Reluctance

Outside Diameter mm

Inside Diameter mm

Field Density T

Permeability

Current A

Number of Turns

Input Voltage Vrms

Output Voltage Vrms

Max Field Density T

Frequency kHz

Core Cross-section mm²

Permeability

Flux Mean Path mm

Primary Turns

Secondary Turns

No-Load Current A

Input Voltage Vp

Output Voltage Vp

Duty Cycle %

Max Field Density T

Frequency kHz

Core Cross-section mm²

Permeability

Flux Mean Path mm

Primary Turns

Secondary Turns

Input Voltage V

Output Voltage V

Length m

Current A

AWG

Diameter mm

Power Dissipated W

Frequency kHz

Skin Depth mm

Outside Diameter mm

Wall Thickness mm

Material Yield Pressure MPa

Burst Pressure bar

Outside Diameter inches

Wall Thickness inches

Material Yield Pressure Psi

Burst Pressure Psi

Outside Diameter mm

Wall Thickness mm

Material Yield Pressure Psi

Burst Pressure Psi

Outside Diameter inches

Inside Diameter inches

Material Yield Pressure Psi

Burst Pressure Psi

Outside Diameter mm

Inside Diameter mm

Material Yield Pressure Mpa

Burst Pressure Bar

Grains Grams

Grams Grains

m/s fps

fps m/s

Power - ft/lb Energy J

Energy - J Power ft/lb

Velocity - ft/s Weight - Grains Power ft/lb

Power - ft/lb Weight - grains Velocity ft/s

Power - ft/lb Velocity - ft/s Weight Grains

Velocity - m/s Weight - Grams Power Joules

Power - Joules Weight - Grams Velocity m/s

Power - Joules Velocity - m/s Weight Grams

Outside Diameter inches

Weight grain

Sectional Density lb/in²

Outside Diameter mm

Weight gram

Sectional Density mm/g²

Psi Bar

Psi Pascal

Psi inHg

Bar Psi

Bar Pascal

Bar inHg

Pascal Psi

Pascal Bar

inHg Psi

inHg Bar

Side - a

Angle - A degree

Angle - B degree

Side - b

Side - a

Angle - A degree

Side - b

Angle - B degree

Side - a

Side - b

Side - c

Angle - C degree

Side - a

Side - b

Angle - C degree

Side - c

°C Kelvin

Kelvin °C

Temperature K

Gas Constant J kg‾¹ K‾¹

Heat capacity ratio       (monoatomic - 1.67, diatomic - 1.4)

Velocity m/s

Absolute Pressure Bar         (1.01325 bar at 0 altitude)

Absolute Temperature °C

Gas Constant J kg‾¹ K‾¹         (Dry air 287.058 J kg‾¹ K‾¹)

Air Density kg/m³

Partial Pressure Dry Air Bar

Pressure Water Vapour Bar

Gas Constant J kg‾¹ K‾¹                   (Dry air 287.058 J kg‾¹ K‾¹)

Gas Constant Vapour J kg‾¹ K‾¹       (Water Vapour 461.495 J kg‾¹ K‾¹)

Temperature °C

Humidity %

Absolute Pressure Bar             (1.01325 bar at 0 altitude)

Air Density kg/m³