Heat transfer is involved in almost every kind of physical process, and in fact it can be the
limiting factor for many processes. Indeed, the modeling of heat transfer effects has become
ever more important in the design of products in many areas including the electronics, automotive,
and medical industries. The combination of experimental work in the laboratory along with theoretical
analyses through computer models has proven to be effective in accelerating the understanding
of problems as well as helping decrease development costs for new processes. In the past, sophisticated
modeling tools were a luxury that only large companies could afford, where savings in large
production runs justified the costs in computer software and specialized engineers. Today, modeling
has become an indispensable element of research and process development, and realistic models of
advanced systems are feasible on a personal computer.
MonoDimensional and TwoDimensional Model ThreeDimensional Model Of System FurnaceHeated Body Measurement Devices Energy Analysis Of ERF Process Of Melting Cooling Of The Bodies Regulation Of The Process Of Heating Regulation Of The Temperature Model Of Regulation By Assigning Hysteresis A Model Of PID Regulation A Model Of PID Program Regulator A Distribution Of The Installed Capacity In ERF 
Physical Process Modeling THEORY Conductivity; Convection; Radiation Mixed and Complex Indirect heating Transition process
Heat Transfer Demo Transient Process (FEM, PDE, System Differential Equation)

Heat Transfer  Articles and Theory 


First Law of Thermodynamic 
Reference Book
Thermophysical properties


Thermophysical properties of gases 1 
Reference Book
Thermophysical properties

Second Law of Thermodynamic 
Properties of nonmetallic solids 1
Properties of nonmetallic solids 2 Properties of nonmetallic solids 3 Thermophysical properties of saturated liquids 1 Thermophysical properties of saturated liquids 2 Thermophysical properties of saturated liquids 3 Thermophysical properties of saturated liquids 4 Thermophysical properties of saturated liquids 5 Thermophysical properties of saturated liquids 6 Some latent heats of vaporization h_{fg} (Kj/Kg) Thermophysical properties of saturated vapors 1 (p 1 atm) Thermophysical properties of saturated vapors 2 Thermophysical properties of saturated vapors 3 

Data for KANTHAL & SIMULATION



Data for KANTHAL 
Simulation  heat transfer

Index: KANTHAL A, AF, wire; KANTHAL A, AF, ribbon KANTHAL D, wire; KANTHAL D, ribbon 
Simulation  heat transfer

Data for NIKROTHAL and ALKROTHAL alloys 
Index: NIKROTHAL 80 Plus wire NIKROTHAL 80 Plus ribbon NIKROTHAL 60 Plus wire NIKROTHAL 60 Plus ribbon NIKROTHAL 40 Plus wire NIKROTHAL 40 Plus ribbon 
SUPERTHAL Heating Modules 
Simulation  heat transfer

Index:


Simulation  heat transfer

SUPERTHAL Heating Modules 
SIMULATION 1  PID regulation MOVIE  chamber resistance furnace 1.avi MOVIE  chamber resistance furnace 2.avi

Index: 
Thermophysical properties of refrigerants 
Thermophysical properties of refrigerants

Index:


Heat Transfer Module. Modelling, Analysis and Project. 