A concise survey of compliant mechanisms-from fundamentals to state-of-the-art applications
This volume presents the newest and most effective methods for the analysis and design of compliant mechanisms. It provides a detailed review of compliant mechanisms and includes a wealth of useful design examples for engineers, students, and researchers.
Concise chapters guide the reader from simple to more challenging concepts-using examples of increasing complexity-eventually leading to real-world applications for specific types of devices. The author focuses on compliant mechanisms that can be designed using both standard linear beam equations and more advanced pseudo-rigid-body models. He describes a number of special-purpose compliant mechanisms that have use across a wide range of applications and discusses compliant mechanisms in microelectromechanical systems (MEMS) with several accompanying MEMS examples.
Coverage of essential topics in strength of materials, machine design, and kinematics is provided to allow for a self-contained book that requires little additional reference to solve compliant mechanism problems. This information can be used as a refresher on the basics or as resource material for readers from other disciplines currently working in MEMS.
Compliant Mechanisms serves as both an introductory text for students and an up-to-date resource for practitioners and researchers. It provides comprehensive, expert coverage of this growing field.
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FLEXIBILITY AND DEFLECTION 21
FAILURE PREVENTION 61
RIGIDLINK MECHANISMS 111
PSEUDORIGIDBODY MODEL 135
l0 Use of Commercial Mechanism Analysis Software 205
FORCEDEFLECTION RELATIONSHIPS 219
NUMERICAL METHODS 259
SPECIALPURPOSE MECHANISMS 337
BISTABLE MECHANISMS 355
A REFERENCES 385
B PROPERTIES OF SECTIONS 399
LINEAR ELASTIC BEAM DEFLECTIONS
E PSEUDORIGIDBODY MODELS
F EVALUATION OF ELLIPTIC INTEGRALS
COMPLIANT MECHANISM SYNTHESIS 275
OPTIMAL SYNTHESIS WITH CONTINUUM MODELS 301
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analysis angle angular deflection applied ASME axial bending bistable mechanism calculated cantilever beam compliant chains compliant mechanism compliant segments coordinate coupler cross,section design of compliant design variables determine displacement elliptic integrals endurance limit example failure Figure for Problem finite element finite element analysis flexible beam flexible members flexible segment four,bar mechanism free choices free end function geometry id,body model illustrated in Figure initially curved input force input torque kinematic chain kinematic pairs kpsi linear living hinges material properties matrix maximum stress mechanism shown method Midha motion nism nonlinear output port parallel,guiding mechanism pin joint potential energy principle of virtual pseudo,rig pseudo,rigid,body model rigid links rigid segments rigid,body mechanisms rotation shear stress shown in Figure slider mechanism small,length flexural pivot solution solved spring constant stable position stiffness strain energy stress concentration structure theory tion topology torsional spring torsional spring constant undeflected unknowns values vector Young1s modulus
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