abhidr312nav
03-08-2012, 11:50 AM
hey guys...
actually i am stuck in a conceptual problem regarding lateral load transfer.
when we have no springs then i assume the tire will completly leave ground as body tries to roll but since no spring this should happen.
1. what we call it load transfer effect due to sprung mass inertia force.
now, when spring is there what i imagine, its spring that not let case I take place....now body wants to roll and it does. but the effect of case I is still there and cant be seen....
now if conceptually we think we should nott add load transfer due to roll moment ( caused by springs) and spring mass inertia force and unsprung mass inertia force...to calculate total load transfer.....while books are doing it...( even millikan).....
please explain this thing where i thinking wrong.....
please also suggest explanation of millikans method ( chapter - ride and roll analysis, simplified second case example, roll analysis)......
actually i am stuck in a conceptual problem regarding lateral load transfer.
when we have no springs then i assume the tire will completly leave ground as body tries to roll but since no spring this should happen.
1. what we call it load transfer effect due to sprung mass inertia force.
now, when spring is there what i imagine, its spring that not let case I take place....now body wants to roll and it does. but the effect of case I is still there and cant be seen....
now if conceptually we think we should nott add load transfer due to roll moment ( caused by springs) and spring mass inertia force and unsprung mass inertia force...to calculate total load transfer.....while books are doing it...( even millikan).....
please explain this thing where i thinking wrong.....
please also suggest explanation of millikans method ( chapter - ride and roll analysis, simplified second case example, roll analysis)......