Part　II　of　this　paper　is　focused　on　the　dynamic　response　of　a　steel　plate　of　the　centrifuge　model　which　is　fixed　on　the　container.　This　plate　is　5　cm　thick,　allowing　for　non-destructive　elastic　response　to　all　the　19　blasts.　Three　accelerators　and　10　sets　of　strain　gauges　are　installed　on　the　plate　to　monitor　the　acceleration　and　deformation　histories　induced　by　shock　waves　and　bubble　oscillations.　This　article　presents　the　characteristic　values　measured　for　shock　waves　and　bubble　oscillations　response.　The　detailed　information　can　be　found　in　a　database　available　on　the　web.　In　order　to　obtain　the　correct　acceleration　time　history,　the　cut-off　frequency　of　low-pass　filtering　by　Fourier　transformation　was　applied.　The　results　indicated　that　the　acceleration　and　strain　induced　by　shock　wave　was　nearly　unaffected　by　the　increasing　gravity,　while　the　effect　of　gravity　has　remarkable　influence　on　those　induced　by　bubble　oscillation.　A　preliminary　study　of　comparing　the　measured　dynamic　response　with　numerical　simulations　has　been　carried　out　using　ANSYS　LS-DYNA.　The　results　captured　the　dynamic　response　in　terms　of　characteristics　and　trends,　but　deviated　in　magnitude　due　the　theoretical　and　technological　limitations　involved　in　both　the　physical　and　numerical　models.　It　certainly　deserves　further　studies.