Rodbaffle heat exchanger

Claim 2

A rodbaffle heat exchanger having an axial centerline and comprising a plurality of rodbaffle means spaced along the axial, longitudinal length of said heat exchanger and defining a plurality of sections of said heat exchanger therebetween along its axial, longitudinal length, a plurality of tubes supported by said rodbaffle means, and a plurality of separate acoustical detuning plate means, positioned in said plurality of heat exchanger sections for preventing damage to said heat exchanger from the formation of acoustical stading waves is said heat exchanger, and wherein said plurality of separate acoustical detuning plate means are alternately positioned to extend along different chords of said heat exchanger in different heat exchanger sections thereof.

Claim 3

The rodbaffle heat exchanger as claimed in claim 1 wherein some of said plurality of separate acoustical detuning plate means extend along chords in a first direction across the circular cross-section, and others of said plurality of separate acoustical detuning plate means extend along chords in a second, different direction across the circular cross-section of said heat exchanger.

Claim 4

The rodbaffle heat exchanger as claimed in claim 2 wherein said first and second directions are at right angles to each other.

Claim 5

A rodbaffle heat exchanger comprising a plurality of rodbaffle means spaced along the axial, longitudinal length of said heat exchanger and defining a plurality of sections of said heat exchanger therebetween along its axial, longitudinal length, a plurality of tubes supported by said rodbaffle means, and a plurality of separate acoustical detuning plate means positioned in said plurality of heat exchanger sections for preventing damage to said heat exchanger form the formation of acoustical standing waves in said heat exchanger wherein a pair of said plurality of separate acoustical detuning plates means are positioned in each heat exchanger section of said heat exchanger where standing acoustical waves would otherwise occur, said plurality of separate acoustical detuning plates means extending along said axial, longitudinal length of said heat exchanger and one of said pair of said plurality of separate acoustical detuning plate means extends in a different direction than that of the other of said pair in each heat exchanger section.

Claim 6

A rodbaffle heat exchanger comprising a plurality of rodbaffle means spaced along the axial, longitudinal length of said heat exchanger and defining a plurality of sections of said heat exchanger therebetween along its axial, longitudinal length, a plurality of tubes supported by said rodbaffle means, and a plurality of separate acoustical detuning plate means positioned in said plurality of heat exchanger sections for preventing damage to said heat exchanger form the formation of acoustical standing waves in said heat exchanger wherein a pair of said plurality of separate acoustical detuning plates means are positioned in each heat exchanger section of said heat exchanger where standing acoustical waves would otherwise occur, said plurality of separate acoustical detuning plates means extending along said axial, longitudinal length of said heat exchanger and one of said pair of said plurality of separate acoustical detuning plate means extends in a different direction than that of the other of said pair in each heat exchanger section.

Claim 7

The rodbaffle heat exchanger as claimed in claim 1 in which said plurality of separate acoustical detuning plate means are alternately positioned on different sides of the axial centerline of said heat exchanger in alternate heat exchanger sections thereof.

Claim 8

The rodbaffle heat exchanger as claimed in claim 5 in which said plurality of separate acoustical detuning plate means are alternately positioned at right angles to each other in alternate heat exchanger sections of said heat exchanger.

Claim 9

A heat exchanger having tube means for the passage of a first fluid within said tube means, and a shell side comprising the spaces between said tube means within a surrounding shell, a plurality of acoustical detuning plate means individually located and extending through different portions of said heat exchanger, and each of said plurality of acoustical detuning plate means having a plurality of passage means extending therethrough for permitting the flow of shell-side fluid through said plurality of acoustical detuning plate means.

Claim 10

A heat exchanger having tube means for the passage of a first fluid within said tube means, and a shell side comprising the spaces between said tube means within a surrounding shell, a plurality of acoustical detuning plate means individually located and extending through different portions of said heat exchanger, and each of said plurality of acoustical detuning plate means having a plurality of passage means extending therethrough for permitting the flow of shell-side fluid through said plurality of acoustical detuning plate means.

Claim 11

The heat exchanger as claimed in claim 7 wherein individual acoustical detuning plate means extend through different portions of said heat exchanger on different sides of the axial center line of said heat exchanger.

Claim 12

The heat exchanger as claimed in claim 8 wherein a first plurality of said acoustical detuning plate means extend across said heat exchanger from one side of said shell to the other in a first direction, and a second plurality of said acoustical detuning plate means extend in a second, different direction across said heat exchanger form one side of said shell to the other side of said shell.

Claim 13

The heat exchanger as claimed in claim 7 wherein a plurality of holes are provided in said plurality of acoustical detuning plate means.

Claim 14

The heat exchanger as claimed in claim 10 wherein the diameter of said plurality of a hole is in the range of 1/4 to 3/4 of an inch.

Claim 15

The heat exchanger as claimed in claim 7 wherein a plurality of rectangular openings are provided in said plurality of acoustical detuning plate means.

Claim 16

A rodbaffle heat exchanger comprising a plurality of rodbaffle means spaced along the axial, longitudinal length of said heat exchanger and defining a plurality of sections of said heat exchanger therebetween along its axial, longitudinal length, a plurality of tubes supported by said rodbaffle means, and a plurality of separate acoustical detuning plate means positioned in said plurality of heat exchanger sections extending along said axial, longitudinal length for preventing damage to said heat exchanger from the formation of acoustical standing waves in said heat exchanger wherein said heat exchanger has a substantially circular cross-section and said plurality of separate acoustical detuning plate means alternately extend along different chords of said substantially circular cross-section of said heat exchanger in different heat exchanger sections thereof.

Claim 17

A rodbaffle heat exchanger comprising a plurality of rodbaffle means spaced along the axial, longitudinal length of said heat exchanger and defining a plurality of sections of said heat exchanger therebetween along its axial, longitudinal length, a plurality of tubes supported by said rodbaffle means, and a plurality of separate acoustical detuning plate means positioned in said plurality of heat exchanger sections extending along said axial, longitudinal length for preventing damage to said heat exchanger from the formation of acoustical standing waves in said heat exchanger wherein said heat exchanger has a substantially circular cross-section and said plurality of separate acoustical detuning plate means alternately extend along different chords of said substantially circular cross-section of said heat exchanger in different heat exchanger sections thereof.