Krispin Technologies technical notes

These pages keep the previously published Krispin Technologies engineering notes in view, then point to the same measurement topics those notes already described.

Preserved engineering record

KTI has completed the development of a high performance numerical modeling software package named the Computational All-Time Algorithm Package with Underlying Lawrence Technology (CATAPULT) for the numerical simulation of compressible and incompressible multiphase flows.

"All-Time" indicates CATAPULT's capability to model flows in both the compressible and incompressible time scales.

The generation of compression shock waves in turbines is one of the major loss mechanisms encountered in Rankine cycle engines.

Besides the adverse pressure gradient caused by the shock waves themselves, the collision of shocks with neighboring blades can result in boundary layer separation causing further adverse pressure gradients as well as vibration and noise.

1999 An Adaptive, Fast, Parallel Vortex Method for Numerical Simulations of Turbulent Separated Flows.

Proceedings, 37th AIAA Aerospace Sciences Meeting AIAA 99-0155 , Reno, Nevada.

Project: 3D Visualization Software Development Services Contract: Autometric, INC Technical Consulting Services Overview KTI is working with Autometric, INC to improve various components of a commercial terrain visualization application.

Results We have developed and implemented an improved view-frustum culling system on the NT platform.

Notable reference pages

This list is refreshed periodically whenever new reference entries are added.

Archive continuity: Preservation notice: Reference writing edited in prior years is retained intact for ongoing technical study, with only layout and source links refreshed.