![]() The trolley all they way in the direction of the wood beamĪnd letting it crash into the wood beam (or the stops on the steelīeam - which will still transfer the force to the wood beam). Plus there is going to be a thrust (sideways force) on the woodīeam - imagine lifting an x00 pound engine and then sliding Plus the load is dynamic (lifting up/down, traveling side to side,Īnd swaying), that adds a complication to the work. So now you have to also model the wood beam in the same manner Of the steel beam, plus the full weight of the lifting gear. Or the other, which means that either the wood beam or the cinderīlock wall has to support the full load. worst case, all of the load is at one end The load on the steel beam is being supported by the cinder block You have a more complex design than your first post implied. ![]() Where in the wood beam's span does the steel beam join? ![]() How are you joining the steel to the wood? then across to a perpendicular wooden beam.how big/strong is that wooden beam? The beam will be set on the exterior wall (cinder block). ![]()
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