Forecasting Method Could Improve Tsunami Warning
Researchers at Stanford University in California have developed a new method to analyze water pressure at the ocean floor, potentially offering better accuracy in forecasting tsunami wave heights....

Extreme Wave-Force Calculation Procedure for 20th Edition of API RP-2A
The paper describes the revised guideline design wave force calculation procedure approved for the 20th edition of the API-RP2A WSD and the first edition of the API-RP2A LRFD and contrasts...

Shear and Interface Strength of Clay at Very Low Effective Stress
Thin-specimen direct shear (TSDS) tests were conducted to measure the shearing strength of kaolinite, and interface strengths between kaolinite and acrylic plastic and anodized aluminum,...

Effective Stress Theory of Soil Compaction
The shape of the moisture-density curve obtained from compaction tests has been explained in terms of capillarity and lubrication, viscous water, and physico-chemical interactions. None...

Finite Difference Analyses for Sand Drain Problems
The geotechnical literature contains a number of papers in which sand drain installations are described and field performance is compared with theoretical predictions. Some of the field...

Dynamic Response of Floating Bridge to Wave Forces

Dynamic Stresses From Experimental and Modal Analyses

The Measurement of Wave Heights by Means of a Float in an Open-End Pipe

Southern Swell Observed at Oceanside, California

Wave Transformation in Shoaling Water

Parallel Wire Resistance Wave Meter

The Design Wave in Shallow Water

Ocean-Wave Forces on Circular Cylindrical Piles

Wave Measurements along the California Coast

Model Studies of the Dynamics of an LSM Moored in Waves

Breaking Wave Force Prediction

Water Gravity Waves Generated by a Moving Low Pressure Area

Model Study of Mooring Forces of Docked Ship

A Presentation of Cnoidal Wave Theory for Practical Application

Wind Waves and Swell

 

 

 

 

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