Search results
- Title
- Experimental Study of the Effect of Grain Size and Grain Size Distribution Curve on Creep and Stress Relaxation in a Beach Sand
- Advisor
- Poul V Lade
- Publisher
- The Catholic University of America
- Type
- Dissertation
- Description
- Degree Awarded: D.Engr. Civil Engineering. The Catholic University of America
- Subject
- Civil engineering, Geotechnology, Geological engineering, Creep, Geotechnical Engineering, Grain Size, Grain Size Distribution Curve, Sands, Stress Relaxation
- Title
- Adaptive Routing Optimization in Continuous-Time Stochastic Dynamic Networks
- Created
- January 1, 2013
- Advisor
- Sun, Lu
- Publisher
- The Catholic University of America
- Type
- Text, Dissertation
- Description
- Degree awarded: Ph.D. Civil Engineering. The Catholic University of America
- Subject
- Civil engineering
- Title
- Reducing Uncertainty in Bid Preparation Phase of Cost Estimating for Structural Steel
- Created
- January 1, 2013
- Advisor
- Lucko, Gunnar
- Publisher
- The Catholic University of America
- Type
- Text, Dissertation
- Description
- Degree awarded: Ph.D. Civil Engineering. The Catholic University of America, Before May 24, 2014, this dissertation can be viewed by CUA users only. [12 months embargo]
- Subject
- Civil engineering, Bidding, Bid Selection, Estimating, Structural Steel, Takeoff, Uncertainty
- Title
- Experimental Study of 3D Failure Surface for Cross-Anisotropic Sand Deposits During Stress Rotation
- Created
- January 1, 2012
- Advisor
- Lade, Poul V.
- Publisher
- The Catholic University of America
- Type
- Text, Dissertation
- Description
- Degree awarded: Ph.D. Civil Engineering. The Catholic University of America
- Subject
- Civil engineering, 3D stress, cross-anisotropy, Fine Nevada Sand, stress rotation, torsion shear, true triaxial
- Title
- Time Effects in Relation to Crushing in Sand
- Created
- January 1, 2011
- Advisor
- Lade, Poul
- Publisher
- The Catholic University of America
- Type
- Text, Dissertation
- Description
- Degree awarded: Ph.D. Civil Engineering. The Catholic University of America
- Subject
- Civil engineering, Creep, Particle crushing, Sand, Static fatigue, Stress relaxation, Time effects
- Title
- Optimization of Crash Reduction Factors and Countermeasure Costs: A Case Study in D.C.
- Created
- January 1, 2013
- Advisor
- Sun, Lu
- Publisher
- The Catholic University of America
- Type
- Text, Dissertation
- Description
- Degree awarded: Ph.D. Civil Engineering. The Catholic University of America, This dissertation can be viewed by CUA users only.
- Subject
- Civil engineering, Operations research, Countermeasure, Crash Reduction Factor, Crash Types, High Crash Intersection, Multiobjective Optimization, Severity Level
- Title
- Risk Measurement, Allocation, and Pricing in Network Schedule Systems
- Created
- January 1, 2012
- Advisor
- Lucko, Gunnar
- Publisher
- The Catholic University of America
- Type
- Text, Dissertation
- Description
- Degree awarded: Ph.D. Civil Engineering. The Catholic University of America
- Subject
- Civil engineering, CAPM, Float, Options, Penrose, Risk, Schedule
- Title
- Effects of Principal Stress Direction and the Intermediate Principal Stress on the Stress-Strain-Strength Behavior of a Cross-Anisotropic Fine Sand Deposit
- Created
- January 1, 2012
- Advisor
- Lade, Poul V,
- Publisher
- The Catholic University of America
- Type
- Text, Dissertation
- Description
- Degree awarded: Ph.D. Civil Engineering. The Catholic University of America
- Subject
- Geotechnology, Civil engineering, Anisotropy, Inclination, Intermediate, Sand, Shear, Torsion
- Title
- Geometric Information Scheduling to Identify and Resolve Spatial Conflicts and Increase Efficiency of Space Use on Construction Projects
- Created
- January 1, 2012
- Advisor
- Lucko, Gunnar
- Publisher
- The Catholic University of America
- Type
- Text, Dissertation
- Description
- Degree awarded: Ph.D. Civil Engineering. The Catholic University of America
- Subject
- Civil engineering, Architectural engineering, Packaging, construction management, CPM, scheduling, time-space conflicts