Vehicle-induced　environment　vibrations　are　generatedwhen　the　vehicle　is　moving　on　an　uneven　surface　and　various　factors　consequently　pass　from　the　pavement　structure　and　soil　structures　to　the　vehicle＇s　structural　foundation　and　upper　structure.　The　purpose　of　analyzing　the　impact　of　vehicle　vibration　on　the　environment　is　to　get　the　vibration　response　where　the　structure　is　located　under　vehicle　excitation.　Firstly,　a　vehicle　vibration　differential　equation　that　considers　road　roughness　is　solved　by　MATLAB.　Secondly,　a　vibration　calculated　model　of　vehicle　and　the　ground　can　be　built　using　the　Winkler　elastic　foundation　beam　model　to　simulate　the　soil　of　the　road.　Finally,　with　the　dynamic　mechanical　vibration　attenuation　formula　spread　along　the　ground,　the　calculation　formula　of　structure　foundation　acceleration　caused　by　vehicles　is　proposed,　and　the　calculation　method　of　vehicle-induced　ground　vibration　attenuation　is　built.　It　is　validated　with　experimental　data,　and　its　application　is　illustrated　with　a　numerical　example.　This　method　has　clear　physical　meanings　and　principles　that　aresimple,　practical,　reasonableand　convenient.　It　can　be　solved　when　basic　information　about　the　vehicle　and　road　is　inputted　into　MATLAB.　©,　2015,　Nanjing　University　of　Aeronautics　an　Astronautics.　All　right　reserved.