Nonproportional　loading　and　residual　stresses　effects　on　creep　crack　tip　fields　are　important　topics　in　fracture　mechanics　at　elevated　temperature.　In　this　paper,　nonproportional　loading　and　residual　stresses　effects　on　creep　crack　tip　fields　are　systematically　investigated　based　on　the　novel　interpretation　of　C(t)-integral　considering　residual　stress.　With　the　numerical　implementation　of　the　corrected　C(t)-integral　considering　residual　stress,　the　eigenstrain　and　mechanical　induced　residual　stress　effects　on　the　creep　crack　tip　fields　are　studied.　We　find　that　C(t)-integral　level　is　affected　remarkably　in　the　presence　of　residual　stress　regardless　of　eigenstrain　or　mechanical　induced　residual　stresses　for　creep　crack　tip　under　small　scale　creep.　However,　level　of　C*-integral　is　not　significantly　influenced　under　the　effects　of　residual　stresses　in　presence　of　large-scale　creep　although　the　transition　creep　time　is　remarkably　changed.　Otherwise,　C(t)-integral　is　highly　affected　by　loading　path　under　small　scale　creep.　However,　C*-integral　is　independent　of　the　loading　path　if　the　creep　time　is　long　enough.　Nonproportional　loading　effect　on　C*-integral　is　very　limited　for　creep　crack　tip　field　according　to　our　study.　The　investigation　given　in　this　paper　could　deepen　the　understanding　the　effects　of　residual　stress　and　nonproportional　loading　on　the　creep　crack　tip　field.