| 摘要 |
A fiber composite component comprising at least two, first and second partial elements ( 1, 2 ) bordering one another, each having a fiber structure ( 3, 4 ) and different matrix systems which respectively embed the fiber structure ( 3, 4 ) and cure differently from a liquid state, can be produced with an increased stability of the joint between the two partial elements ( 1, 2 ) in that first the matrix system of the first partial element ( 1 ) is liquefied and thereby penetrates irregularly into the region of the bordering second partial element ( 2 ), in that subsequently the matrix system of the second partial element ( 2 ) is liquefied and in that the matrix systems are cured. The forming of the irregular boundary surfaces causes an intermeshing or interlocking of the matrix systems with one another, whereby a boundary surface ( 5 ) with an increased shear strength is created. Alternatively, the first partial element is consolidated with a fiber structure ( 102 a) unwetted by the matrix system ( 103 ) while leaving a transitional region ( 104 ), intended for adjoining to the second partial element ( 105 ), and subsequently the second partial element ( 105 ) is consolidated once the matrix system ( 106 ) of the second partial element ( 105 ) has penetrated into the transitional region ( 104 ) of the first partial element ( 101 ).
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