This document applies the matrix stiffness method, commonly used in structural engineering, to model the dynamic response of the universe. It presents several calculations using this method that relate physical constants like stiffness, mass, and the speed of light. The key equation derived is E2=1, describing the universe and everything within it.
1. *Corresponding Author: Paul T E Cusack, Email: St-michael@hotmail.com
RESEARCH ARTICLE
Available Online at www.ajms.in
Asian Journal of Mathematical Sciences 2017; 1(6):215-220
Universal Matrix (Stiffness) Method
*Paul T E Cusack
*BScE, DULE, 1641 Sandy Point Rd., Saint John, NB, E2K 5E8 Canada
Received on: 15/09/2017, Revised on: 20/10/2017, Accepted on: 20/11/2017
ABSTRACT
Here are some calculations on the dynamic response of the universe to the Superforce based on the matrix
stiffness method. We see that by using these methods, various physical parameters can be explained by
using these well tested methods.
Keywords: Stiffness method; matrix method; Astrotheology; Aerodynamic pressure
INTRODUCTION
Here we provide some interesting calculation based on the Matrix Stiffness Method, well know in
Structural engineering for determining the effect that forces have on a structure. The universe is under a
compressive force. There is no vacuum. Thus, we can see physical constants such as stiffness and mass
drop out in the calculations. Laursen provides an interesting equation for calculation of the moment on a
structure. This is used here to calculate the Superforce by yet another method. Also, the dummy or
virtual load is used to determine the monatomic gas constant. We begin with the classic stiffness
equation.
F=-ks
F/k=s
(1+1+1+1)/0.4233)=s=944.9=δ
s-Mp+
-G0+dm/dt
=944.8-938+6.52+0.20
=0.8
=1/1.25
=1/E
=t
Et=EM
For matrices, the special case where AB=BA is unusual.
A=[I]11
B=[k]11
=0.7818
B=(0.4233)11
=0.7819=1/ρ
F-ks where F is a vector
F=(1+1+1+1)=4
F/k=-s=-4/(0.4233) k11
=944.96 (0.7818)
=738.8
=938-200
F/k= -s=Mp+
-V
Where V=shear=dM/dt