NAS 1.26:182504
|
Investigation of surface tension driven convection as a feasibility study for a micro-gravity experiment final report / |
2 |
NAS 1.26:182505
|
Computers in spaceflight the NASA experience / |
1 |
NAS 1.26:182506
|
Tribology of ceramics report of the Committee on Tribology of Ceramics / |
1 |
NAS 1.26:182509
|
Sound transmission through the walls of light aircraft an investigation of structure-borne noise in a Handley Page 137 "Jetstream III" aircraft. |
1 |
NAS 1.26:182510
|
Burst vortex/boundary layer interaction |
1 |
NAS 1.26:182511
|
Aerodynamics of vortex generators final report, NASA grant NAG2-283 (covering the period January 1984 - December 1987) / |
1 |
NAS 1.26:182513
|
Prediction of stresses in aircraft panels subjected to acoustic forces final report for the period October 1, 1985 to December 15, 1987 / |
1 |
NAS 1.26:182515
|
Workshop on the Integration of Finite Element Modeling with Geometric Modeling |
1 |
NAS 1.26:182516
|
Recursive mass matrix factorization and inversion an operator approach to open- and closed-chain multibody dynamics / |
1 |
NAS 1.26:182518
|
Shuttle rocket booster computational fluid dynamics final report / |
1 |
NAS 1.26:182520
|
Deep space target location with Hubble Space Telescope and Hipparcos data |
1 |
NAS 1.26:182522
|
Satellite interference analysis and simulation using personal computers |
1 |
NAS 1.26:182523
|
The design of trellis codes for fading channels |
1 |
NAS 1.26:182524
|
Observation model and parameter partials for the JPL VLBI parameter estimation software MASTERFIT, 1987 |
1 |
NAS 1.26:182526
|
Recursive forward dynamics for multiple robot arms moving a common task object |
1 |
NAS 1.26:182527
|
Environmental projects. |
1 |
NAS 1.26:182528
|
TABLET the personal computer of the year 2000 / |
1 |
NAS 1.26:182529
|
Finite element methods of analysis for high speed viscous flows |
1 |
NAS 1.26:182530
|
Experiences with serial and parallel algorithms for channel routing using simulated annealing |
2 |
NAS 1.26:182531
|
On the dynamic estimation of relative weights for observation and forecast in numerical weather prediction |
1 |