In order to address the issue of increased efficiency and better planning for parcel shipments, an automated computer program was developed in Microsoft Excel that calculates center of mass and moments of mass with greater speed and reliability than currently implemented systems. This simple program requires only a variable density function and limits of integration for a given object as input within the spreadsheet system. Once the required input has been provided, a series of chain calculations, with the help of a Visual Basic for Applications (VBA) script, is able to process the input, which is done through integration and a Riemann sum. Furthermore, the foundation of the program can also be used for calculating other physical quantities...
An automated and portable weigh-in-motion system has been developed at Oak Ridge National Laboratory...
Computational simulations of human movement require precise knowledge of the location of the body\u2...
An automatic center of gravity positioning controller for a single axis space simulator is described...
In order to address the issue of increased efficiency and better planning for parcel shipments, an a...
The position of the human body general center of mass (GCM) is one of the key biomechanical characte...
The computer codes are presented that were used for the weight, center of gravity, and mass moment o...
This article discusses moment planimeters, which are mechanical devices with which is it possible to...
GeoBalance: an Excel VBA program for mass balance calculation in geosciences (Li X., Zhang C., Alme...
GeoBalance: an Excel VBA program for mass balance calculation in geosciences (by Li X., Zhang C., A...
The mathematical model of body motion is analyzed, thrown at the angle to the horizon in a gravitati...
This project seeks to validate the use of a statically equivalent serial chain (SESC) in locating an...
High-precision mass measurement equipment is needed in some areas of science and technology. Physics...
A computer program was developed for the rapid computation of the mass properties of complex structu...
Body mass distribution and center of mass (CoM) are important topics in the field of human biomechan...
This project focuses on developing Excel spreadsheet with the aim to solve different optimization pr...
An automated and portable weigh-in-motion system has been developed at Oak Ridge National Laboratory...
Computational simulations of human movement require precise knowledge of the location of the body\u2...
An automatic center of gravity positioning controller for a single axis space simulator is described...
In order to address the issue of increased efficiency and better planning for parcel shipments, an a...
The position of the human body general center of mass (GCM) is one of the key biomechanical characte...
The computer codes are presented that were used for the weight, center of gravity, and mass moment o...
This article discusses moment planimeters, which are mechanical devices with which is it possible to...
GeoBalance: an Excel VBA program for mass balance calculation in geosciences (Li X., Zhang C., Alme...
GeoBalance: an Excel VBA program for mass balance calculation in geosciences (by Li X., Zhang C., A...
The mathematical model of body motion is analyzed, thrown at the angle to the horizon in a gravitati...
This project seeks to validate the use of a statically equivalent serial chain (SESC) in locating an...
High-precision mass measurement equipment is needed in some areas of science and technology. Physics...
A computer program was developed for the rapid computation of the mass properties of complex structu...
Body mass distribution and center of mass (CoM) are important topics in the field of human biomechan...
This project focuses on developing Excel spreadsheet with the aim to solve different optimization pr...
An automated and portable weigh-in-motion system has been developed at Oak Ridge National Laboratory...
Computational simulations of human movement require precise knowledge of the location of the body\u2...
An automatic center of gravity positioning controller for a single axis space simulator is described...