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Thermal Contact Conductance

Part of the Mechanical Engineering Series Book Series

DOI: 10.1007/978-3-319-01276-6

ISBN: 978-3-319-01275-9

Publisher: Springer International Publishing - Springer Journals

Sep 24, 2013

1 - 10 of 11 Chapters

LitStream

Chapter 1Introduction

Madhusudana, C. V.

Pages: 1 –8

[Microscopic and macroscopic irregularities are present in all practical solid surfaces. Surface roughness is a measure of the microscopic irregularity, whereas the macroscopic errors of form include flatness deviations, waviness and, for cylindrical surfaces, out-of-roundness.]
LitStream

Chapter 2Thermal Constriction Resistance

Madhusudana, C. V.

Pages: 9 –23

[It was seen that the contact interface consists of a number of discrete and small actual contact spots separated by relatively large gaps. These gaps may be evacuated or filled with a conducting medium such as gas. In the first case, all of the heat is constrained to flow through the actual...
LitStream

Chapter 3Solid Spot Thermal Conductance of a Joint

Madhusudana, C. V.

Pages: 25 –54

[A real joint consists of a numerous contact spots and each spot is associated with two resistances—constriction and spreading—in series. The thermal contact conductance (or resistance) is a combination of individual conductances (or resistances) of all of the spots in the joint. In this chapter,...
LitStream

Chapter 4Gap Conductance at the Interface

Madhusudana, C. V.

Pages: 55 –77

[At low contact pressures (of the order of 10−4 H or less), it can be shown that the heat transfer across a joint occurs mainly through the gas gap (Madhusudana 1993). Boeschoten and van der Held (1957) also observed that the heat transfer was predominantly through the gas gap for “low [up to...
LitStream

Chapter 5Experimental Aspects

Madhusudana, C. V.

Pages: 79 –96

[Thermal conductance of joints may be determined experimentally in several ways. However, by far the most common method uses the axial heat flow apparatus, based on the method described in ASTM E1225–09 in which the two cylinders of similar or dissimilar materials are placed end to end as...
LitStream

Chapter 6Special Configurations and Processes

Madhusudana, C. V.

Pages: 97 –137

[In this chapter we will consider configurations other than simple plane joints and unique characteristics associated with them. In particular we will discuss in some detail contact conductance in bolted joints and cylindrical joints. This chapter also includes brief discussions on the role of...
LitStream

Chapter 7Control of Thermal Contact Conductance Using Interstitial Materials and Coatings

Madhusudana, C. V.

Pages: 139 –179

[As noted in Chapter 1, the actual solid-to-solid contact area, in most mechanical joints, is only a small fraction of the apparent area. The voids between the actual contact spots are usually occupied by some conducting substance such as air. Other interstitial materials may be deliberately...
LitStream

Chapter 8Major Applications

Madhusudana, C. V.

Pages: 181 –215

[In this chapter some major applications in which contact conductance plays a significant role will be discussed in detail. These applications include finned tube heat exchangers, a variety of manufacturing processes and heat transfer in stationary packed beds. The topics are chosen on the basis...
LitStream

Chapter 9Additional Topics

Madhusudana, C. V.

Pages: 217 –243

[In this chapter are included several areas where thermal contact conductance is important, but each area does not fit into any of the categories of previous chapters. The topics included are, contact heat transfer at low temperatures, heat transfer across stacks of laminations, effect of oxide...
LitStream

Chapter 10Concluding Remarks

Madhusudana, C. V.

Pages: 245 –250

[Having discussed the influence of various parameters, surface configurations and types of thermal and mechanical loading, it is now possible to review the means by which the TCC (or TCR) can be controlled to suit a given practical application. The first section of the present chapter summarizes...

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