Built-in PL Beam for HanDBase - Calculates bending moment and support reaction for a single point load applied on a built-in beam (fixed ends).
Like it? Share with your friends!
If you got an error while installing Themes, Software or Games, please, read FAQ.
Requirements:HanDBase v.2.7x or greater
Supported operating systems:
Palm OS 3.x, Palm OS 4.x, Palm OS 5.x, Pocket PC 2002, RIM BlackBerry OS 4.2, RIM BlackBerry OS 4.3, RIM BlackBerry OS 4.5, RIM BlackBerry OS 4.6, RIM BlackBerry OS 4.7, RIM BlackBerry OS 5.0, RIM BlackBerry OS 6.0, S60 1st Edition, S60 2nd Edition, S60 3rd Edition, S60 3rd Edition FP1, S60 3rd Edition FP2, S60 5th Edition, Windows Mobile 2003, Windows Mobile 2003 Smartphone, Windows Mobile 5.0, Windows Mobile 5.0 Smartphone, Windows Mobile 6 Classic, Windows Mobile 6 Professional, Windows Mobile 6 Standard, Windows Mobile 6.1 Classic, Windows Mobile 6.1 Professional, Windows Mobile 6.1 Standard, Windows Mobile 6.5 Professional, Windows Mobile 6.5 Standard
Homework for HanDBase Homework for HanDBase - HomeworkRelease2 was written using HanDBase version 3 and its accompanying forms utility. It is a "relational" applet that tracks homework and project assignments, contacts, and to do. The "linked", "relationship," and "database popup" (DB popup) field types are used throughout the application
Assignment Planner for HanDBase A program that is used to keep track of assignments, when they were assigned on, when they're due, and how many days you have till they're due
Built-in UDL Beam for HanDBase Calculates bending moment and support reatcions for uniformly distributed load applied on a built-in beam (fixed ends)
Simple Support Beam for HanDBase Calculates bending moment and support reactions for uniformly distributed load & a single point load on a simply supported beam
Cantilever for HanDBase Calculates bending moment & support rection for uniformly distributed load and a sinle point load applied on a cantilever
Prop UDL Cantilever for HanDBase Calculates bending moment & support reaction for uniformly distributed load on a propped cantilever