Table of Contents
Concrete For Radiation Shielding-In Perspective
Power Reactor Development and Prestressed Concrete Reactor Pressure Vessels
Concrete Containment: A 1970 Assessment
Preliminary Recommendation for Design, Making and Control of Radiation-Shielding Concrete Structures
Relevance of Concrete Property Research To Pressure Vessel Design
Practical Approach to the Design Philosophy of Prestressed Concrete Reactor Vessels: The Importance of Concrete Properties to PCRV Design
PCRV, Problems of Calculation, Material Properties and Evaluation of Results
Evaluation of the Influence of Some Concrete Characteristics on Non-Linear Behavior of a Prestressed Concrete Reactor Vessel
Discussion of Finite Element Analysis of Prestressed Concrete Reactor Vessels
Analysis of Prestressed Concrete Pressure Vessels for Nuclear Reactors in Czechoslovakia
External Polygonal Prestressed Reinforcement with Multiple Intermediate Achorages
Capacity of Prestressed Concrete Pressure Vessels to Resist Shear
Strain and Ultimate Strength of Concrete Under Triaxial Stress
On a Triaxial Strength Criterium for Concrete
Concrete Strength in Multiaxial Stress States
Strength of Concrete Under Uniaxial Sustained Loading
Strength of Concrete Under Biaxial Sustained Load
Strength of Concrete Under Different States of Stress
An Analysis of the Factors Exerting Effect on Strength and Other Properties of Concrete at Elevated Temperatures
Long Term Tests on the Effect of Moderate Heating on the Compressive Strength and Dynamic Modulus of Elasticity of Concrete
Strength, Elasticity and Thermal Properties of Concrete Subjected to Elevated Temperatures
Strength and Inelastic Propertes of Concrete at Elevated Temperature
Cube and Prism Strength of Concretes at Elevated Temperatures
Effects of Elevated Temperature on the Properties of Concrete for the Containment and Shielding of Nuclear Reactors
Studies on the Technology of Concretes Under Thermal Conditions
Influence of High Temperatures on Strength and Deformation of Concrete
Variations in the Modulus of Elasticity and Poisson's Ratio with Temperature
Influence of Thermal Exposures on Mechanical Characteristics of Concrete
Experimental Determination of Poisson's Ratio for Creep
Creep of Concrete as a Function of Temperature
Effect of Temperature on Creep of Concrete; A Literature Review
Creep of Concrete at Elevated Temperatures
Experimental Approach to Triaxial Creep at Elevated Temperatures
Effects of Temperature and Moisture on Triaxial Creep
Prediction of Multiaxial Creep From Uniaxial Creep Tests
An Experimental Study of Multiaxial Creep in Concrete
Behavior of Concrete Under Variable Temperature and Loading
Behavior of Flexurally Restrained Prestressed Concrete Beams Under Temperature Gradient
An Investigation of the Time-Dependent Behavior of Prestressed Concrete Pressure Vessels
Influence Factors of Elevated Temperatures on Thermal Properties and Inelastic Behavior of Concrete
A Note on the Moisture Condition of Concrete
Shrinkage, Moisture, and Pore Pressures in Heated Concrete
Water Migration in Concrete Under a Sustained Temperature Gradient
Dry Density of Concrete at Elevated Temperature
An Experimental Study of Moisture Migration in Concrete
The Effect of Temperature of the Drying of Concrete
A Preliminary Study on Thermal Moisture Transfer in Concrete
Thermos-Calorimeter for Concrete in Evaluation of Cements as to Heat Evolution
Thermal Conductivity and Thermal Expansion Coefficients of Concrete as a Function of Temperature and Humidty
Some Peculiarities and Results of Investigations of Thermal Conductivity and Diffusivity of Heavy Concretes
Effects of Neutron Radiation on Special Concretes and Their Components
N - Reactor Shielding
Studies on Behavior of Concretes Under Irradiation
Applications of Heavy Concrete in Canada
Iron-Serpentine Concrete
Serpentine Concrete for Czehoslovakin A-2 Reactor Shielding
On Properties of Magnetite and Serpentine Concrete at Elevated Temperatures for Nuclear Reactor Shielding
On Grouting Mortar Fabrication and Properties, Grouting Procedures, and Grouting Mortar Interaction with Prestressing Cables
Corrosion Problems of the Prestressing Cable Steel for Nuclear Pressure Vessels: Its Protection and Preservation
To Grout or Not to Grout
Proof of Leakage Rate of a Concrete Reactor Building
Design Features and Concrete Requirements for a Vacuum Building at the Pickering Nuclear Generating Station
Design of an Apparatus for Short Time Testing of Concrete Under Triaxial Load
Instrumentation and Techniques for Study of Concrete Properties at Elevated Temperatures
Assessment of Intrumentation for Use in Prestressed Concrete Reactor Pressure Vessels
Radiometric Testing of Density of Concrete for Radiation Shielding
Concrete Behavior Under Combined Stresses Up to Failures: Test Results on Small Dimension Prestressed Concrete Pressure Vessel Models
Testing of a Perforated Prestressed Concrete Pressure Vessel Top Slab Model
Apparatus, Instrumentation, and Concrete Models of Bugey I Prestressed Concrete Pressure Vessel
Strain Behavior of the Oldbury Concrete Pressure Vessel Under Operation Pressure and Temperature
High Strength, High Density Concrete
Methods of Information Exchange in the Field of Prestressed Concrete Reactor Pressure Vessels
A General Approach to Concrete Technology Research