Chapter 1 Introduction 1.1 Research Status of Vibration Enhanced Heat Transfer 1.2 Research Status of Vibration Control 1.3 The Main Content of This Book References Chapter 2 Numerical Calculation Method 2.1 Fundamental Governing Equations 2.2 Data Processing 2.3 Numerical Method Validation References Chapter 3 Vibration of ETBs Induced By Uniform Shell-side Fluid 3.1 Geometric Model of Single-row ETB and Its Mesh 3.2 Vibration Analysis of Single-row ETB 3.3 Assembly of Shell-side Fluid Domain for Multi-row ETBs 3.4 Vibration Analysis of Multi-row ETBs References Chapter 4 Vibration and Heat Transfer Analysis of ETBs Induced by Actual Shell-side Fluid 4.1 Computational Domain and Its Mesh 4.2 Vibration and Transfer Analyses 4.3 IETB and Effect of Flow Direction References Chapter 5 Design of a Shell-side Distributed Pulsating Flow Generator 5.1 Selection of Vortex Element 5.2 Design of Branch Tube Flow Channel and Fluid Flow Analysis 5.3 Shell-side Distributed Pulsating Flow Generator 5.4 Analysis of the Pulsating Flow 5.5 Design Principles of Distributed Pulsating Flow Generator References Chapter 6 Effect of Pulsating Flow Generator on Vibration and Heat Transfer of ETBs 6.1 Shell-side Fluid Domain and Its Mesh 6.2 Numerical Analysis of Vibration and Heat Transfer 6.3 Vibration Test Bench and Shell Vibration Test 6.4 Experimental Study on Vibration of ETBs References Chapter 7 Effect of Baffles on Vibration and Heat Transfer of TETBs 7.1 Heat Exchangers with or Without Baffles 7.2 Vibration Analysis 7.3 Heat Transfer Analysis Chapter 8 Research on Vibration-enhanced Heat Transfer of IETB Heat Exchanger 8.1 IETB Heat Exchanger and Computional Domain 8.2 Vibration Analysis 8.3 Heat Transfer Analysis 8.4 Comparison of Heat Transfer Among Four Heat Exchangers References Chapter 9 Effect of Baffle Structure on the Performance of IETB Heat Exchanger 9.1 Models and Methods 9.2 Effect of the Baffle Height 9.3 Effect of the Baffle Curvature References
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