We consider a commutative algebra
over the field of complex
numbers with a basis
satisfying the conditions
,
. Let
D be a bounded domain in the
Cartesian plane
xOy and
. Components of
every monogenic function
... [Show full abstract] having the classic derivative in
are biharmonic functions in D, i.e. for j=1,2,3,4.
We consider a Schwarz-type boundary value problem for monogenic functions in a
simply connected domain . This problem is associated with the
following biharmonic problem: to find a biharmonic function V(x,y) in the
domain D when boundary values of its partial derivatives , are given on the boundary . Using a
hypercomplex analog of the Cauchy type integral, we reduce the mentioned
Schwarz-type boundary value problem to a system of integral equations on the
real axes and establish sufficient conditions under which this system has the
Fredholm property.