Shock Analysis with USA/LS-DYNA®

Prerequisites

• At­ten­dees must be di­rect­ly em­ployed by a cur­rent USA li­censed en­ti­ty, typ­i­cal­ly a gov­ern­ment agency or cor­po­ra­tion.
• In­ter­na­tion­al at­ten­dees must pre­reg­is­ter for the class through a pur­chase or­der of the USA li­censed en­ti­ty. That pur­chase or­der must iden­ti­fy the at­tendee by name, de­part­ment, su­per­vi­sor, and pass­port num­ber. The at­tendee must present the pass­port when at­tend­ing.
• Pri­or LS-DY­NA ex­pe­ri­ence is rec­om­mend­ed be­cause there are ex­er­cis­es through­out the class.

Content

1. DAA Field Solver
   1. Flu­id struc­ture in­ter­ac­tion and DAA back­ground
   2. Flu­id bound­ary mass ma­trix de­vel­op­ment and mod­el­ing pro­ce­dures
   3. Flu­id struc­ture in­ter­ac­tion ap­prox­i­ma­tions and block low rank so­lu­tion meth­ods
   4. Time in­te­gra­tion pro­ce­dures
   5. Shock wave load­ing, bub­ble load­ing, and com­bined shock­bub­ble load­ing
2. NRB Field Solver
   1. Po­ten­tial for­mu­la­tion for cav­i­tat­ing acoustic flu­ids
   2. *Mat_­Acoustic pro­ce­dures in LS-DY­NA and us­age with USA
3. Mis­cel­la­neous
   1. Hy­dro­sta­t­ics, pre­loads, resid­u­als, in-flu­id nat­ur­al fre­quen­cies, and MPP us­age
   2. Cav­i­tat­ing spec­tral el­e­ment and cav­i­tat­ing flu­id el­e­ment al­ter­na­tives to *Mat_­Acoustic