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Thread: Design of heat exchangers

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TYPES OF NEWTON INTERPOLATION

In most of the cases each and every variable have their own domain and range .suppose any variable x € [a, b] then ei xlies with in this interval ,called as interpolation otherwise it is called extrapolation. Read this topic
  1. #1
    Fuchcha FaaDoO Engineer Navee SuryaFanatic's Avatar
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    Pdf 32 Design of heat exchangers

    Download project report on Design of Heat Exchangers, This project includes following topics: DESIGN ASPECTS OF HEAT EXCHANGERS, AN INTRODUCTION TO SHELL AND TUBE HEAT EXCHANGER, THERMAL DESIGN OF HEAT EXCHANGERS, THERMAL DESIGN OF SHELL AND TUBE HEAT EXCHANGERS, DESIGN AND SELECTION OF GASKETS. Download pdf from below to explore all topics and start learning.

    BOOK CONTENTS-

    I. ABSTRACT
    II. INTRODUCTION TO BHPV


    1: DESIGN ASPECTS OF HEAT EXCHANGERS
    1.1 Introduction
    1.2 Heat Exchanger Definition
    1.3 Purpose of Heat Exchanger
    1.4 Classification of Heat transfer equipment
    1.5 Logic of Design Process
    1.6 Design Criteria
    1.7 Codes and Standards
    1.8 Key terms Used in the design & detailed design requirements
    1.9 Mechanical Design Procedures


    2: AN INTRODUCTION TO SHELL AND TUBE HEAT EXCHANGER
    2.1 Foreword
    2.2 Classification
    2.3 Fixed tube sheet Exchanger
    2.3.1 Advantages
    2.3.2Disadvantages & Limitations
    2.4 U- Tube Exchanger
    2.4.1Advantages
    2.4.2Disadvantages & Limitations
    2.5 Floating Head Exchanger
    2.5.1 Advantages
    2.5.2 Disadvantages & Limitations


    3: THERMAL DESIGN OF HEAT EXCHANGERS
    3.1 Introduction
    3.2 Types of Heat Exchangers
    3.3 General Design Procedure
    3.4 Heat Exchanger Design Methods
    3.4.1 LMTD Method
    3.4.2 Overall Heat Transfer Coefficient
    3.5 Required Input data for design
    3.6 Calculation Procedure


    4: THERMAL DESIGN OF SHELL AND TUBE HEAT EXCHANGERS
    4.1 Design of Shell and Tube Heat Exchangers
    4.2 Thermal Design Features


    5: DESIGN AND SELECTION OF GASKETS
    5.1 Foreword
    5.2 Functions of Gaskets
    5.3 Factors Governing Gasket Design
    5.4 Classification of gasketted joints
    5.5 Design of Gasketted Joints
    5.5.1 Gasket seating stress
    5.5.2 The Gasket Factor
    5.5.3 Bolt Loads
    5.6 Gasket M & Y Factors
    5.7 Effecting a seal
    5.8 Gasket Seating
    5.9 Forces acting on Gasketted Joint
    5.10 Bolt Load Formulae
    5.11 Gasket Materials


    6. CONCLUSION


    7. BIBLIOGRAPHY


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  2. #2
    Fuchcha FaaDoO Engineer
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    Re: Design of heat exchangers

    have u considerd your design with regard to pressure?

  3. #3
    Fuchcha FaaDoO Engineer
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    Re: Design of heat exchangers

    about piston less pump

  4. #4
    Sr. FaaDoO Engineer murugesh.royal's Avatar
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    Re: Design of heat exchangers

    can you tell me something about applying it in real life...................as a practical application

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