Accession Number : ADP005328
Title : Blast Analysis and Preliminary Design of Control Rooms for the Rocket Engine Test Facility at NASA Lewis Research Center,
Corporate Author : ARMY ENGINEER WATERWAYS EXPERIMENT STATION VICKSBURG MS
Personal Author(s) : Dove,Richard C. ; Kiger,Sam A.
Report Date : AUG 1986
Pagination or Media Count : 13
Abstract : In support of plans to add a second control room to the Rocket Engine Test Facility at NASA Lewis Research Center, Cleveland, OH the existing control room was analyzed to determine the most severe accidental explosion it could safely withstand. This potential accident was used as the design threat to develop a preliminary design for the new control room. To evaluate the degree of conservatism in the analysis, experimental data with charge weights and structural dimensions similar to the control room's were selected and analyzed. Results indicate that the existing room will safely withstand an explosion equivalent to 1,000 1b of TNT denoted at the rocket test stand 20 ft away. To survive the same accident, the new control room (to be constructed on top on the old one) should hav e 1-ft-thick walls (existing walls are 2 ft thick) with 0.33-percent reinforcement (existing wall have 1.55 percent). Comparison of data with analysis indicates that an accidental explosion equivalent to approximately 1,800 lb of TNT will cause unacceptable damage to the control room.
Descriptors : *BLAST RESISTANT SHELTERS, *CONTROL CENTERS, *TEST FACILITIES, *STRUCTURAL ANALYSIS, *EXPLOSION EFFECTS, BLAST LOADS, LIMITATIONS, WALLS, THICKNESS, SAFETY, SYMPOSIA
Subject Categories : Structural Engineering and Building Technology
Distribution Statement : APPROVED FOR PUBLIC RELEASE