ThermoFluid Systems Design

Compressors

Fan

Major Head Loss

Minor Head Loss

Analysis

Design

What are the general steps of Design?

Reynold's Number

Friction Factor

Moody's Diagram

Hydraulic Diameter

Typical Performance Curve

Shut-off Point

Free-Delivery Point

Fan Laws

Pump

Pump Capacity

Pump Net Head

Water Horsepower

Brake Horsepower

Pump Efficiency

Pump Performance/ System Curves

Cavitation

NPSH(R)

Open-loop Piping

Closed-loop Piping

Heat Exchanger

Double Pipe Heat Exchanger

Overall Heat Transfer

Thermal Resistance Network

Nusselt Number

Dittus-Boelter Correction

Log-Mean Temperature Difference Method

Effectiveness of Heat Exchanger

Number of Transfer Units

Number Transfer Unit Efficiency Method (e-NTU)

Check Valve

Relief Valve

Hydronic Heating Systms

Feedwater

I=B=R

AFUE

Orifice Plate/ Balancing Valve

Gas Cycle

Brayton Cycle

Vapor Cycle

Rankin Cycle

Carnot Cycle

Contact/Open Feedwater Heater

Surface/Closed Feedwater Heater

Reheater

HHV

LHV

DCA

TTD

Steam Turbine

Impulse Turbine

Reaction Turbine

Expansion Line End Point

Used Energy End Point

Mollier Diagram

NHR

Availability

Gas Turbine

Economizer

Water Hammer

Steam Blanketing

Evaporator

Superheater

Turbine

Balance Damper

PVC

CPVC

PEX

ABS

Surge

IWG

Dip Tube

Entropy

Enthalpy

First Law Efficiency

Second Law Efficiency

Saturation Temperature/Pressure

Steam Turbine Internal Efficiency

Compressed Liquid

Saturated Liquid

Superheated Liquid