Cargo Securement Expert - Dr. S. Paul Singh

Call Today:

517-285-3962

Dr. S. Paul Singh is a Cargo Securement expert and offers experience and professionalism for any of your legal needs.

By providing expert opinion in over 300 cases and being retained in over 500 lawsuits, Dr. S. Paul Singh is an expert in the field of Packaging and Cargo Securement in Transportation. Dr. S. Paul Singh also provides legal and technical consultation in the areas of cargo securement, packaging and transportation.

Over 30 Years of Experience

Contact Us
Dr. S. Paul Singh

Publications

Select Publications in Cargo Securement, Shifting Loads, Packaging, Load Stability, Loading and Unloading in Trucks, Rail and Ships

Download Complete Curriculum Vitae (CV)

Cargo Securement Expert Publications - Paul Singh

  • Singh, S. P., J. Antle, J. Singh, E. Topper and G. Grewal, “Load Securement and Packaging Methods to Reduce Risk of Damage and Personal Injury for Cargo Freight in Truck, Container and Intermodal Shipments” Journal of Applied Packaging Research, 2014.
  • Kurniawan MP, Chonhenchob V, Singh SP, Sittipod S. Measurement and analysis of vibration levels in 2 and 3 wheel delivery vehicles in South East Asia. Packaging Technology and Science 2014 (under review)
  • Rungkan B, Chonhenchob V, Siddiq M, Singh SP. Controlled release of mangiferin using ethylene vinyl acetate matrix for antioxidant packaging. Packaging Technology and Science 2014 (under review)
  • Leelaphiwat P, Chonhenchob V, Singh SP, Kruenate J, Wichai U, Ong PKC. Transport coefficients of eucalyptol through various polymeric films. Packaging Technology and Science 2012; 25(3) pp. 161–172 (DOI: 10.1002/pts.967).
  • Boonruang K, Chonhenchob V, Singh SP, Chinsirikul W, Fuongfuchat A. Comparison of various packaging films for mango export. Packaging Technology and Science 2012; 25(2) pp. 107–118 (DOI: 10.1002/pts.954).
  • Measurement and Analysis of Vehicle Vibration for Delivering Packages in Small-Sized and Medium-Sized Trucks and Automobiles.
  • Effect of Lateral Box Offset and Pallet Overhang on Compression Strength of Stacked Fiberboard Boxes and Impact on Stability.
  • Analyzing Color on Printed Packaging to Evaluate Brand Logo Integrity and Impact on Marketing.
  • Measurement and Analysis of Vibration and Temperature Levels in Global Refrigerated Intermodal Container Shipments from South to North America along Atlantic Ocean.
  • Effect of Palletized Box Offset on Compression Strength of Unitized and Stacked Empty Corrugated Fiberboard Boxes.
  • Effect of Horizontal Offset on Vertical Compression Strength of Stacked Corrugated Fiberboard Boxes.
  • Measurement and Analysis of Vibration and Temperature Levels in Global Intermodal Container Shipments on Truck, Rail and Ship.
  • Packaging Requirements for Less-Than-Truckload Shipments to Reduce Damage – Machinery and Machine Parts, Doors and Windows and Miscellaneous Items.
  • Packaging Requirements for Less-Than-Truckload Shipments to Reduce Damage – Furniture, Appliances and Boxed Freight.
  • Measurement and Analysis of Vehicle Vibration for Parcel Delivery Vehicles in Single Parcel Shipments.
  • Measurement, Analysis and Comparison of Drops Experienced by Packages in Inter-State and Intra-State Next Day Shipments in United States.
  • Packaging Requirements for Less-Than-Truckload Shipments to Reduce Damage – Paint, Televisions, and Copiers.
  • Measurement and analysis of vehicle vibration for delivering packages in small and medium sized trucks and automobiles.
  • Measurement and analysis of truck and rail vibration levels in Thailand.
  • Evaluation of the Stress-Energy Methodology to Predict Transmitted Shock through Expanded Foam Cushions.
  • Measurement and Analysis of Vehicle Vibration for Parcel Delivery Vehicles in Single Parcel Shipments.
  • Measurement, Analysis and Comparison of Drops Experienced by Packages in Inter-State and Intra-State Next Day Shipments in United States.
  • Packaging Requirements for Less-Than-Truckload Shipments to Reduce Damage – Paint, Televisions and Copiers.
  • Measurement and analysis of temperature and pressure in high altitude air shipments.
  • Measurement and analysis of ‘small’ packages in next day air shipments.
  • Measurement and Analysis of shocks to products packaged in pails in single parcel ground shipments.
  • Comparison of Manufacturer’s Joint Fastening Techniques for Corrugated Boxes and their Effect on Box Strength.
  • A study of the effect of pictorial markings and warning labels on handling of packages in the DHL single parcel environment.
  • Dynamic Analysis of Less-Than-Truckload Shipments and Test Methods to Simulate this Environment.
  • Measurement and Analysis of Vibration Levels for Truck Transportation in Spain as a Function of Payload, Suspension and Speed.
    Measurement and Analysis of Truck Transport Environment in Brazil.
  • The Effect of Ventilation and Hand Holes on Loss of Compression Strength Boxes.
  • Performance Comparison of Thermal Insulated Packaging Boxes, Bags and Refrigerants for Single Parcel Shipments.
  • Measurement and Analysis of International Air Parcel Shipping Environment for DHL and FedEx Between Europe and United States.
  • Measurement and Analysis of Truck and Rail Shipping Environment in India.
  • Effect of Reduced Pressure, Vibration  and Orientation  to Simulate High Altitude Testing of Liquid Pharmaceutical Glass and Plastic Bottles.
  • Measurement and Analysis of Next Day Air Shipping Environment for Mid Sized and Light Weight Packages for DHL, FedEx and USPS.
  • Effect of Reduced Pressure and Vibration on Haz-Mat Packages for Liquids.
  • Life Cycle Inventory and Analysis of Re-Usable Plastic Containers and Display Ready Corrugated Containers Used for Packaging Fresh Fruits and Vegetables.
  • Measurement and Analysis of US Truck Vibration for Leaf Spring and Air Ride Suspensions and development of Tests to Simulate these Conditions.
  • A New Test Method and Pictorial Markings for Packages Containing Liquid Dangerous Goods in High Altitude Shipments.
  • Package Performance Testing of Dangerous Goods in High Altitude Shipments.
  • Package Performance Testing of Dangerous Goods in High Altitude Shipments.
  • Packaging Specifications for Corrugated Boxes with Heavy Flowable Products in Single Parcel Shipments.
  • Measurement and Analysis of the UPS Ground Shipping Environment for Large and Heavy Packages.
  • Loss of Compression Strength in Corrugated Shipping Containers Shipped in the Single Parcel Environment.
  • Product/Package Interaction:  Effect of Physical, Chemical, and Climatic Environments.
  • Instability of Stacked Pallet Loads Due to Misalignment.
  • Comparison of Returnable Paper and Plastic Corrugated Packaging Trays for the USPS.
  • Distribution, Parcel Labels Pose Challenges for Drop Orientation.
  • Comparison of International Mail Trays.
  • Effect of Vibration as a Cause of Leakage in Aluminum Beer Cans in Palletized Loads.
  • Data Analysis Techniques for Package Distribution Environment Data
  • Leakers as a Function of Closure Type in Gallon Size Plastic Bottles in Simulated Small Parcel Test Environment.
  • Measurement and Analysis of the Overnight Small Package Shipping Environment for Federal Express and United Parcel Service.
  • Effect of Recycled Content on Corrugated Board Properties and Box Compression Strength.
  • Life Cycle Analysis of Nestable Wood and Plastic Pallets.
  • Test Protocol for Simulating Truck and Rail Vibration and Rail Impacts in Shipments of Automotive Engine Racks.
  • Comparison of Various Loose Fill Cushioning Materials Based on Performance and Environmental Performance.
  • Reliability and Error Estimations of Mechanical Shock Recorders and Impact Indicators.
  • Study of Lateral Shocks Observed During Fork Truck and Pallet Jack Operations for the Handling of Palletized Loads.
  • Proposed Method to Test the Relative Seal Strength of Plastic Bottles and its Use in Optimizing Sealing Parameters.
  • Measuring the Package Shipping Environment in Refrigerated Ocean Vessels.
  • Effect of Internal Gas Pressure on the Compression Strength of Beverage Cans and Bottles.
  • Vibration Levels in Commercial Truck Shipments as a Function of Suspension and Payload.  
  • Use of Road Roughness on to Predict Vertical Vibration and Package Design.
  • Drop Heights Encountered in the United Parcel Service Small Parcel Environment in the United States.
  • A Comparison Between Various Package Cushioning Materials Based on Shock Transmission Versus Material Used.
  • Predicting Vertical Acceleration in Vehicles Through Road Roughness Information.
  • Compression of Single Wall Corrugated Shipping Containers Using Fixed and Floating Platens.
  • Comparison Between Lateral, Longitudinal and Vertical Vibration Levels in Commercial Truck Shipments.
  • A Comparison of Leaf-Spring to Air Cushion Trailer Suspensions in the Transportation Environment.
  • The Effect of Handling on the Compression Strength of Corrugated Fiberboard Containers.
  • Vibration Simulation of Transportation Environment to Predict Failure in Portable Tanks.
  • A Method to Predict Vertical Acceleration in Truck Shipments Using Road Roughness Information.
  • The Effects of Multiple Impacts on the Cushioning Properties of Closed Cell Foams.
  • Update on Vertical Vibration Levels in Truck Shipping Environments.
  • Shock, Vibration and Temperature Distribution in Refrigerated Truck Shipments of Food Products.

> Back to Top

Contact Us

Contact Information

Sher Paul Singh, Ph.D. CPP
Packaging Forensic Associates, Inc.
1151, Michigan Ave., Suite 120
East Lansing MI 48823
Phone: 517-285-3962

Get Directions

Our Disclaimer

The information contained in this web site is intended to convey general information. It should not be construed as or substitute for expert opinions in the various areas of consulting. It is not an offer to represent you, nor is it intended to create an attorney/expert relationship.

Please contact Packaging Forensic Associates to contract Dr. Sher Paul Singh for any consulting or testifying engagement.