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/** * Description: Benchmark function (Pressure Vessel). * X*(Optimal point): * X1=42.09844546451396 * X2=176.63659783549562 * X3=13 (Discrete variable) * X4=7 (Discrete variable) * Y

claw/clawpack/1d/example2 Acoustics equations with pressure pulse initial conditions, solid wall at x=0, outflow at x=1. The density and bulk modulus are specified in setprob.data

/** * Description: Benchmark function (Pressure Vessel). * X*(Optimal point): * X1=42.09844546451396 * X2=176.63659783549562 * X3=13 (Discrete variable) * X4=7 (Discrete variable) * Y

/* -*- linux-c -*- GTCO digitizer USB driver Use the err(), dbg() and info() macros from usb.h for system logging TO CHECK: Is pressure done right on report 5? Copyright (C) 2006 GTCO CalComp

/** * Description: Benchmark function (Pressure Vessel). * X*(Optimal point): * X1=42.09844546451396 * X2=176.63659783549562 * X3=13 (Discrete variable) * X4=7 (Discrete variable) * Y

/** * Description: Benchmark function (Pressure Vessel). * X*(Optimal point): * X1=42.09844546451396 * X2=176.63659783549562 * X3=13 (Discrete variable) * X4=7 (Discrete variable) * Y

MODULE PRES ! Find the perturbation pressure by solving Poisson's Equation USE PRECISION_PARAMETERS USE MESH_POINTERS IMPLICIT NONE PRIVATE CHARACTER(255), PARAMETER :: presid='$Id: pres.f90 567

function P=dispressure(e,m,n,ratio) %This function is to calculate the pressure distribution of journal bearing without taking the deformation into account delta_m=2*pi/m; %沿圆周方向均匀划分m格

function [vp,vs,ro,phi,c]=hertzmindv(vpmin,vsmin,romin,pres,phi,c) %HERTZMINDV Hertz-Mindlin model (velocities) %calculates P and S velocity of dry sphere packs under hydrostatic %pressure condition

#include struct mepoint { unsigned char name[11]; unsigned char pressure; unsigned char temperature; } po1={ "firstpoint", 0x99, 0x64}; void main(