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1、Bastion Technologies, Inc. Company ProprietaryBastion Technologies, Inc. Engineering Capabilities17625 El Camino Real, Suite 330 Houston, Texas 77058 (281) 283-9330 Bastion Technologies, Inc. Company ProprietaryCompany Profile ISO 9001:2000 Certified Engineering Services Founded in 1998, Bastion Tec
2、hnologies, Inc. is a certified minority-owned Small BusinessMore than $46 million in revenue and 620 employees nationwide2005 and 2006 Houston Small Business Top 1002008 Boeing Performance Excellence Award2005 NASA Subcontractor of the YearStructural engineering: design and analysis of mechanical sy
3、stems and equipmentOffshore Oil and Gas Drilling and completion engineering services Petrochemical, Refinery, and Energy AerospaceQuality Assurance, Reliability and MaintainabilitySystems Safety EngineeringBastion Technologies, Inc. Company ProprietaryStructural and Mechanical DesignGenerate Concept
4、ual Design Create Detailed Drawings Assembly Form, Fit, and Function Analysis Create/Verify Operational DocumentationStructural AnalysisStress Analysis/FEA Modeling Fracture Analysis Dynamic/Modal AnalysisTestingOperational Tests Integrated Tests Qualification Tests Acceptance TestsEngineering Capab
5、ilityBastion Technologies, Inc. Company ProprietaryStructural and Mechanical DesignDefinition of technical performance requirementsDevelopment of design concepts and preliminary analysisSupport customer system, component design, and Interface Control Document developmentCertification and QA/QC of me
6、chanical systems and subsystemsProvide design and checking support to meet engineering goals for system applicationsProvide Preliminary, Detailed, and Critical Design Review SupportEngineering CapabilityBastion Technologies, Inc. Company ProprietaryStructural AnalysisPerform classical stress analysi
7、s and finite element analysis for structural and mechanical systemsRecommendations for design modifications and optimizationReview of safety documents and identification of critical design issuesPreparation of computational models for fracture analysis Perform structural beam instability, column buc
8、kling, beam-column, shear web buckling, and shell stability analysisPerform engineering analysis tasks in the areas of dynamics, controls, and simulations of dynamic systemsDevelop integrated loads and dynamic analysis for super structuresEngineering CapabilityBastion Technologies, Inc. Company Prop
9、rietaryTestingDevelopment of test requirements and test proceduresSupport subsystems and integrated assembly testing, to include vibration testing, static/dynamic loads testing, functional performance testing, vacuum and thermal testing, and human engineering testingVerification that testing is cond
10、ucted in accordance with released proceduresEvaluate test results to confirm adequacy of results and test objectivesEngineering CapabilityBastion Technologies, Inc. Company ProprietaryOIL GAS and PETROCHEMICAL DIVISIONSpecializing in Consulting Engineering Services in the fields of: Mechanical Desig
11、n and Analysis Structural Design and Analysis Thermal Analysis Dynamic Analysis Pipe Stress Analysis Vibration Analysis Third Party Verification ASME, API, ABS, specifically in the vicinity of the dynamic positioning control room. Any additional reinforcement was limited to approximately 350mm in he
12、ight. The burner boom is designed in accordance with American Bureau of Shipping (ABS) rules and guidelines (ABS Rules for Building and Classing Mobile Offshore Drilling (Ref 4.2), and the guidelines of the American Institute of Steel Construction (AISC), Manual of Steel Construction, Allowable Stre
13、ss Design (Ref 4.1). Typical Burner Boom during gas flaringvon Mises Stress 16.2 KSIFEA model showing constraints for forward strut anchor beam substructureVon Mises Stress on Deck Plate Forward strut anchor beamBastion Technologies, Inc. Company ProprietaryStructural Evaluation of Drilling Rig Mast
14、 With 750,000lb Hook Load Rating Bastion was requested to conduct a structural analysis and evaluation of the mast of a drilling rig with a rated hook load of 750,000 pounds. The rig is a 1500 horsepower “slingshot” type land rig with an unguyed mast. The mast is an open truss type structure with a
15、height of 148ft. The STAAD Pro structural engineering finite element program was used for the structural analysis. . The table below shows the mast front and side elevations taken from an assembly drawing. This is the final static load case table. It was created by varying the B750 hook static load,
16、 the stand percent and the wind speeds. This gave eight major static load cases. The analysis validated the rated hook load as a function of wind speed chart for the structure. B750 Mast Static Load CasesB750 Mast front and side elevationsBastion Technologies, Inc. Company ProprietaryLMRP Alignment Analysis December 2009 Bastion Technologies, Inc. was contracted by a leading deepwater drilling compan
