… The annular fin with a bare tube design problem can now be stated as follows. Using the
above … The conjugate gradient method can optimize the above fin design problem and will be …

… This causes problems with odor, corrosion, and window fogging. The purpose of the study
is to investigate a bare tube heat exchanger (BTHX) to overcome LFHX problems while …

… bare tube bundle having a small diameter tube in association with the partial bypass design.
A … enormous pressure drop penalty and severe fouling problem. Hence an alternative way is …

… The results showed that the defrosting problem of refrigerators … used several design parameters
for the thermal model using … the design of a micro-bare-tube heat exchanger with a tube …

… of the tubes is given by the solution of the main problem. The solution of the conjugate
problem … formulation of the problem becomes practically significant in the design of such heat …

… Most bare tube bundles are unique in design with the main differences being the … -known
generalized reduced gradient solver for the nonlinear problem. The empirical correlation is also …

… that the tube pitch ratio, tube length, number of tubes and the … optimization of the design of
a shell-and-tube heat exchanger. … This problem was solved for both discrete and continuous …

… the geometrical optimization design of bare tube heat exchangers… Using this design method,
three typical sizes of bare tube … which are applied to a problem and their choice is crucial. Ei …

… design of heat exchanger systems [1], [2], [4], [16]. The experimental fouling rate data obtained
using either the bare tube or the tube … the maximum fouling rate for bare tubes) the initial …

… to develop and optimize the design of these heat exchangers … for any optimal design due
to smaller tube diameters. The … The general optimization problem can be formulated in the …