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塑料技術(shù)手冊:Volume 1:塑料制品生產(chǎn):Fabricating product
包郵 塑料技術(shù)手冊:Volume 1:塑料制品生產(chǎn):Fabricating product
開本：
23cm
頁數(shù)：
603
本類榜單：工業(yè)技術(shù)銷量榜
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塑料技術(shù)手冊:Volume 1:塑料制品生產(chǎn):Fabricating product 版權(quán)信息
- ISBN：9787560350509
- 條形碼：9787560350509 ; 978-7-5603-5050-9
- 裝幀：一般膠版紙
- 冊數(shù)：暫無
- 重量：暫無
- 所屬分類：>>
塑料技術(shù)手冊:Volume 1:塑料制品生產(chǎn):Fabricating product 內(nèi)容簡介
《塑料技術(shù)手冊 塑料制品生產(chǎn)（1 影印版）》內(nèi)容包括LIST OF FIGURES；LIST OF TABLES；PREFACE；ABOUT THE EDITORS；3.FABRICATING PRODUCT；OVERVIEW；Process；Classifying Machine；Complete Operation；Processing and Patience；Material and Fabrication Cost；Upgrading Plant；Processor Certification；PROCESSING FUNDAMENTALS；Melt Flow Analysis；Melt Strength；Melt Temperature；Newtonian Melt Flow Behavior等等。
塑料技術(shù)手冊:Volume 1:塑料制品生產(chǎn):Fabricating product 目錄
LIST OF FIGURES
LIST OF TABLES
PREFACE
ABOUT THE EDITORS
3．FABRICATING PRODUCT
OVERVIEW
Process
Classifying Machine
Complete Operation
Processing and Patience
Material and Fabrication Cost
Upgrading Plant
Processor Certification
PROCESSING FUNDAMENTALS
Melt Flow Analysis
Melt Strength
Melt Temperature
Newtonian Melt Flow Behavior
Non—Newtonian Melt Flow Behavior
Melt Flow Deviation
Melt Flow Rate
Melt Flow Performance
Melt Flow Defect
Melt Index
In—line Melt Analysis
Thermodynamics
MACHINES NOT ALIKE
MACHINERY PERFORMANCE
PLASTICS PROCESSING PERFORMANCE
Plastic Memory
Orientation
Directional Property
Plastic Deformation
Coextrusion／Coinjection： Fabricating Multilayer Plastics
PLASTICATOR MELTING OPERATION
SCREW
Design
Mixing
Shear Rate
Rate of Output
Shot Size
Screw Wear
Single—Stage Screw
Feeding Problem
Two—Stage Screw
Melt Degassing
Vent Bleeding
Length—Diameter Ratio
Compression Ratio
Pump Ratio
Transition
Screw Torque
Standard Screw
Marbleizing Screw
Mixing Device
Mixing Pin
Pulsar Mixing Screw
Union Carbide Mixer
Pulsar 11 Mixing Screw
Barrier Screw
Screw／Barrel Bridging
Screw Tip
Purging
Safety Alarm
Material of Construction
Multiple Screw
Recommended Screw Dimensional Guideline
Defining／Identifying Screw
BARREL
Barrel Composition
Injection Barrel
Extruder Barrel
Wear—Resistant Barrel
Corrosion—Resistant Barrel
Barrel Feed Throat
Barrel Grooving
Barrel Heating and Cooling Method
Barrel Temperature Override
Barrel Machining of Hole
Barrel Inspection
Barrel Borescoping
Recommended Barrel Dimensional Guideline
DOWNSIZING MACHINE
UPSIZING MACHINE
REBUILDINGVERSUS BUYING
REPAIR
Screw Repair
Barrel Repair
STORAGE
TOOLING
PROCESS CONTROL
Overview
Sensor
Pressure Sensor
Temperature Sensor
Temperature Controller
Processing Window
Process Control and Patience
Process Control Trade—Off
Control and Monitoring
Process Controller
Intelligent Processing
PROTOTYPING MODEL
ENERGY
SAFETY
Machine Safety
Injection Molding Safety Issue
Safety Agency
LIST OF TABLES
PREFACE
ABOUT THE EDITORS
3．FABRICATING PRODUCT
OVERVIEW
Process
Classifying Machine
Complete Operation
Processing and Patience
Material and Fabrication Cost
Upgrading Plant
Processor Certification
PROCESSING FUNDAMENTALS
Melt Flow Analysis
Melt Strength
Melt Temperature
Newtonian Melt Flow Behavior
Non—Newtonian Melt Flow Behavior
Melt Flow Deviation
Melt Flow Rate
Melt Flow Performance
Melt Flow Defect
Melt Index
In—line Melt Analysis
Thermodynamics
MACHINES NOT ALIKE
MACHINERY PERFORMANCE
PLASTICS PROCESSING PERFORMANCE
Plastic Memory
Orientation
Directional Property
Plastic Deformation
Coextrusion／Coinjection： Fabricating Multilayer Plastics
PLASTICATOR MELTING OPERATION
SCREW
Design
Mixing
Shear Rate
Rate of Output
Shot Size
Screw Wear
Single—Stage Screw
Feeding Problem
Two—Stage Screw
Melt Degassing
Vent Bleeding
Length—Diameter Ratio
Compression Ratio
Pump Ratio
Transition
Screw Torque
Standard Screw
Marbleizing Screw
Mixing Device
Mixing Pin
Pulsar Mixing Screw
Union Carbide Mixer
Pulsar 11 Mixing Screw
Barrier Screw
Screw／Barrel Bridging
Screw Tip
Purging
Safety Alarm
Material of Construction
Multiple Screw
Recommended Screw Dimensional Guideline
Defining／Identifying Screw
BARREL
Barrel Composition
Injection Barrel
Extruder Barrel
Wear—Resistant Barrel
Corrosion—Resistant Barrel
Barrel Feed Throat
Barrel Grooving
Barrel Heating and Cooling Method
Barrel Temperature Override
Barrel Machining of Hole
Barrel Inspection
Barrel Borescoping
Recommended Barrel Dimensional Guideline
DOWNSIZING MACHINE
UPSIZING MACHINE
REBUILDINGVERSUS BUYING
REPAIR
Screw Repair
Barrel Repair
STORAGE
TOOLING
PROCESS CONTROL
Overview
Sensor
Pressure Sensor
Temperature Sensor
Temperature Controller
Processing Window
Process Control and Patience
Process Control Trade—Off
Control and Monitoring
Process Controller
Intelligent Processing
PROTOTYPING MODEL
ENERGY
SAFETY
Machine Safety
Injection Molding Safety Issue
Safety Agency
展開全部
塑料技術(shù)手冊:Volume 1:塑料制品生產(chǎn):Fabricating product 節(jié)選
《塑料技術(shù)手冊 塑料制品生產(chǎn)（1 影印版）》： PLASTICS PROCESSING PERF—ORMANCE This review provides anintroduction to processing performances； many more examples are provided throughout this book.The flow patterns resulting from the conditions of a particular fabricating process are very important in affecting product performances.The melting of plastics follows different phases that affect performances.An example is its modulus of elasticity.As the temperature increases， the plastic goes through the phases of glassy， transition， rubbery， and melt flow. Reinforcing fibers， specifically the glass fibers， are brittle.Thus， when they are used in conjunction with a brittle matrix， as are certain TSs， it might be expected that the plastic composite would have low fracture energy.This is not true， and the impact strength of most glass— reinforced TS plastics is many times greater than the impact strengths of either the fibers or the matrix.Impact strength is higher if the bond between the glass fibers and the matrix is relatively weak， because ifit is so strong that it cannot be broken， cracks will propagate across the matrix and fibers， and very little energy will be absorbed.Thus， there is a conflict between the requirements for maximum tensile or flexural modulus or strength （long glass fibers and strong interface bonds） and maximum impact strength （chapters 15 and 22）. ……
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