Marius J. Mes
Engineering in College Station, TX
License number
Louisiana PE.0014495
Issued Date
Jul 24, 1974
Expiration Date
Mar 31, 2011
Category
Civil Engineer
Type
Civil Engineer
Address
Address
PO Box 9930, College Station, TX 77845
Professional information
Slab-On-Ground Foundation Design Method
US Patent:
2007005, Mar 15, 2007
Filed:
Sep 9, 2005
Appl. No.:
11/221878
Inventors:
Edwin Van Riper - Dallas TX, US
Marius Mes - College Station TX, US
Marius Mes - College Station TX, US
International Classification:
E02D 27/00
US Classification:
405229000
Abstract:
This disclosure describes the invention of an improved WRI slab-on-ground foundation design method. The improved rational design method integrates any combination of rebar, wire mesh, and post-tensioned cable reinforcements into the foundation design. According to the method, cantilever lengths are derived for at least one rectangular section of a foundation for a structure. Foundation design loads typically consist of uniformly distributed loads. The invention adds the capability to include line loads representing loads transmitted to the foundation. Foundation design quantities such as moments, shears, and deflections are calculated from uniformly distributed loads. Moments, shears, and deflections from line loads are added to these design quantities. A deflection multiplier for the foundation deflections from line loads is employed for compatibility with WRI design procedures. A cracking potential of a foundation was formulated as a function of tensile stresses.
Mild Steel Dipole Antenna System For Measuring Oscillatory Electric And Magnetic Field Strengths
US Patent:
2013033, Dec 19, 2013
Filed:
Jun 19, 2012
Appl. No.:
13/527494
Inventors:
Marius J. Mes - College Station TX, US
International Classification:
G01V 3/12
US Classification:
324332
Abstract:
A one dimensional dipole based antenna system is described used to measure oscillatory electric and magnetic field strengths and the rate of change of the magnetic field strength. The system relies on paramagnetic mild steel for selected dipole system components to decrease the sensitivity to high frequency oscillatory magnetic signals progressively above a certain frequency in the range of to Hz. The physical properties of the mild steel type used determine the actual frequency response characteristics. The antenna system, which can easily be expanded to a three dimensional system, is connected to an object (a survey platform) that is stationary or moving in an area of interest in air, over land, on water or under water. Such antenna system is generally used as part of a prospecting survey system for minerals or hydrocarbons.
3D Dipole Antenna Of Spiral Segments
US Patent:
2014004, Feb 20, 2014
Filed:
Aug 16, 2012
Appl. No.:
13/587591
Inventors:
Marius J. Mes - College Station TX, US
International Classification:
H01Q 1/36
US Classification:
343895
Abstract:
A three dimensional (3D) dipole antenna system with spiral leg is described used to measure oscillatory electric field strengths. The system relies on spiral dipole leg segments of limited length attached to a cylinder. It is designed to improve the sensitivity to oscillatory electric signals in the range of 0.01 Hz to 10,000 Hz. The antenna system is connected to an object (a survey platform) that is stationary or moving in an area of interest in air, over land, on water or under water. Such antenna system is generally used as part of a prospecting survey system for water, minerals or hydrocarbons.
Three Dimensional Antenna System For Measuring Oscillatory Electric Field Strengths
US Patent:
2013033, Dec 19, 2013
Filed:
Jun 15, 2012
Appl. No.:
13/523914
Inventors:
Marius J. Mes - College Station TX, US
International Classification:
G01V 3/12
US Classification:
324332
Abstract:
A new three dimensional dipole based antenna system is described used to measure oscillatory electric field strengths. The antenna system is connected to an object (a survey platform) that is stationary or moving in an area of interest in air, over land, on water or under water. This invention aims to reduce the influence of noise sources on electric field strength measurements. Such measurements are generally collected as part of prospecting surveys for minerals or hydrocarbons.