A method of forming a component with an adhesively bonded bimetallic joint comprising the steps of: forming a first part of a first material, the first part having a channel and a first connection surface on either side of the channel; forming a second part of the first material, the second part having second connection surfaces sized to make contact with the first connection surfaces and form a cavity between the first part and the second part; forming a third part of a second material, the third part sized and shaped to fit within the cavity between the first part and the second part; connecting the third part to the first part within the channel with a layer of adhesive that spaces the first part from the third part; connecting the second part and the third part with a layer of adhesive that spaces the second part from the third part; and joining the first connection surfaces with the second connection surfaces with a joining interface and allowing the layer of adhesive to cure and prevent contact between the first material and the second material, wherein the step of forming the first part includes forming a pair of sidewalls extending from either side of a bottom portion that combine to delimit the channel and the step of forming the connection surfaces includes forming connection surfaces extending away from the sidewalls and channel, wherein the step of forming the pair of sidewalls includes forming a first side wall extending at a first angle from the bottom portion and a second sidewall extending at a second angle from the bottom portion to form a channel that widens from the base portion, wherein the step of connecting the third part to the channel of the first part includes placing a layer of adhesive between the first part and the third part and subsequently moving the third part linearly downwardly into the channel so that it makes contact with a layer of adhesive on each sidewall and a layer of adhesive on the bottom portion simultaneously to prevent sliding contact and redistribution of the adhesive, wherein the third part has a trapezoidal cross-section having a parallel top portion and bottom separated by sides extending therebetween at angles substantially identical to first and second angle. forming a first part of a first material, the first part having a channel and a first connection surface on either side of the channel; forming a second part of the first material, the second part having second connection surfaces sized to make contact with the first connection surfaces and form a cavity between the first part and the second part; forming a third part of a second material, the third part sized and shaped to fit within the cavity between the first part and the second part; connecting the third part to the first part within the channel with a layer of adhesive that spaces the first part from the third part; connecting the second part and the third part with a layer of adhesive that spaces the second part from the third part; and joining the first connection surfaces with the second connection surfaces with a joining interface and allowing the layer of adhesive to cure and prevent contact between the first material and the second material, wherein the step of forming the first part includes forming a pair of sidewalls extending from either side of a bottom portion that combine to delimit the channel and the step of forming the connection surfaces includes forming connection surfaces extending away from the sidewalls and channel, wherein the step of forming the pair of sidewalls includes forming a first side wall extending at a first angle from the bottom portion and a second sidewall extending at a second angle from the bottom portion to form a channel that widens from the base portion, wherein the step of connecting the third part to the channel of the first part includes placing a layer of adhesive between the first part and the third part and subsequently moving the third part linearly downwardly into the channel so that it makes contact with a layer of adhesive on each sidewall and a layer of adhesive on the bottom portion simultaneously to prevent sliding contact and redistribution of the adhesive, wherein the third part has a trapezoidal cross-section having a parallel top portion and bottom separated by sides extending therebetween at angles substantially identical to first and second angle.