Type synthesis of rigid-link mechanisms provides a means to determine
mechanism topologies before considering link dimensions. Although rese
archers have provided valuable insight into the enumeration of mechani
sms containing flexible members, a mathematically rigorous process for
the topological synthesis of compliant mechanisms is lacking. One rea
son for this is the large increase in the number of possible mechanism
s for a given number of links when the links are allowed to be flexibl
e. This paper addresses this challenge with the development of an enum
eration process for compliant mechanisms that builds on the rigid-body
type-synthesis techniques and the terminology previously established
for compliant elements. Compliant segment and connection information a
re included in the formulation and methods for determining isomorphism
s are also introduced.