Here's a lovely link showing various pictures of the installation of the BMW engine in the BT50 (if you click back there are pictures of engines in F1 cars through the ages)
http://users.telenet.be/aerogi/Racing/Reference Pics/1982_Brabham BT50/Brabham BT50.htm
You may well be right about how the engines were installed Griz. I thought one of the beauties of the DFV was that it was a stressed member within the car design and I can't imagine GM compromising his car design with the BMW engine. The BT50, although similar to the BT49, was a new chassis design.
On other 4 cylinder turbo's I do know that the Hart turbo Toleman used had to sit in a space frame as it was strong enough to be a stressed part of the car. I can also see the logic that a V6 is easier to balance in the car design simply from a symmetry POV. The BT50 was a bit odd as there was a radiator on one side of the car and and an intercooler on the other, an exhaust manifold on one side and the turbo charger and inlet manifold on the other. But I'm not expert on these things, just an interested observer.
http://users.telenet.be/aerogi/Racing/Reference Pics/1982_Brabham BT50/Brabham BT50.htm
You may well be right about how the engines were installed Griz. I thought one of the beauties of the DFV was that it was a stressed member within the car design and I can't imagine GM compromising his car design with the BMW engine. The BT50, although similar to the BT49, was a new chassis design.
On other 4 cylinder turbo's I do know that the Hart turbo Toleman used had to sit in a space frame as it was strong enough to be a stressed part of the car. I can also see the logic that a V6 is easier to balance in the car design simply from a symmetry POV. The BT50 was a bit odd as there was a radiator on one side of the car and and an intercooler on the other, an exhaust manifold on one side and the turbo charger and inlet manifold on the other. But I'm not expert on these things, just an interested observer.