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RAMPT - Refractory Alloy Additive Manufacturing Build Optimization (RAMPT-RAAMBO)

Completed NASA Game Changing Development project led by Marshall Space Flight Center that matured refractory-alloy additive manufacturing for propulsion and lunar nuclear surface-power components. RAAMBO developed integrated computational materials engineering, design, build, inspection, and testing for niobium C103 and molybdenum- and tungsten-based alloys, improving printability, high-temperature strength, process prediction, and manufacturing cost for advanced propulsion hardware.

Identity

Aliases
RAMPT-RAAMBORefractory Alloy Additive Manufacturing Build OptimizationRAAMBO
Domains
spaceflight
Name
RAMPT - Refractory Alloy Additive Manufacturing Build Optimization (RAMPT-RAAMBO)
Status
completed
Types
developmentresearchoperations

Details

Description
Completed NASA Game Changing Development project led by Marshall Space Flight Center that matured refractory-alloy additive manufacturing for propulsion and lunar nuclear surface-power components. RAAMBO developed integrated computational materials engineering, design, build, inspection, and testing for niobium C103 and molybdenum- and tungsten-based alloys, improving printability, high-temperature strength, process prediction, and manufacturing cost for advanced propulsion hardware.
End Date
2025-03-31
Leads
Parent Program
Participants
-
Start Date
2021-10-01

Assets & Meta

Creation Time
August 14, 2026 at 03:16:34 UTC
Updated Time
August 14, 2026 at 03:16:34 UTC

Other