在C++中使用数组时如何防止堆栈溢出?

我正在用C++编写一个程序，该程序在for循环的每次迭代中调用一个函数，并将"结果"存储在.csv文件中。该函数接收 18 个参数并将结果存储在数组中。当我以 10,000 次迭代运行程序时，它工作正常。
但是，当我将迭代次数增加到 100,000 时，它会显示堆栈溢出错误：

"控制台应用程序中0x00007FF6E76D8408时未处理的异常.exe：0xC00000FD：堆栈溢出(参数：0x0000000000000001、0x000000ABB1693000(。">

该函数的名称是 wes5.cpp这是一个 void 函数。它将计算结果存储在"结果"数组中。 请注意，该函数的某些输入是使用 for- 循环随机生成的。谁能告诉我为什么它在 10000 次迭代中工作正常，而在 100,000 次迭代中不起作用？

#include <iostream>
#include "wes.hpp"
#include <cstdlib>
#include <ctime>
#include <cmath>
#include <iostream>
#include <fstream>
int main()
{
srand(time(NULL));
const int num_E = 100000;  // number of itteration
double E1_max = 2000.0 * 1000; double E1_min = 300.0 * 1000;
double E2_max = 100.0 * 1000; double E2_min = 1.0 * 1000;
double E3_max = 100.0 * 1000; double E3_min = 1.0 * 1000;
int num_H = 100.0;
double H1_max = 12; double H1_min = 3;
double H2_max = 25; double H2_min = 17;
int num_L6000 = 100000; 
double L6000_max = 7000; double L6000_min = 5000;
//matrix declration for E
double E1[num_E]; double E2[num_E]; double E3[num_E];
double E4[num_E];double E5[num_E];
//matrix declration for H
double H1[num_E]; double H2[num_E]; double H3[num_E];
double H4[num_E];double H5[num_E];
//matrix declration for q
double q[num_E]; 
// variable description
double u1 = 0.35; double u2 = 0.45; double u3 = 0.45; double u4 = 0.45; double u5 = 0.45;
double la1 = 1; double la2 = 1; double la3 = 1;
int l = 1;
double p[] = { 0 };
double a[] = { 5.9 };
double xc[] = { 0 };
double yc[] = { 0 };
int l1 = 1;
int ls = 1;
double xs[] = { 0 };
double ys[9] = {};
double zs[] = { 0 };
double results[900];
//double my_results[10]; //num_E
double X[9] = { 0, 8, 12, 18, 24, 36, 48, 60, 72 };
for (int i = 0; i < num_E; i++)     //  Random data generation for E
{
int num_items_E1 = E1_max - E1_min + 1;
int num_items_E2 = E2_max - E2_min + 1;
int num_items_E3 = E3_max - E3_min + 1;
E1[i] = E1_min + rand() % num_items_E1;
E2[i] = E2_min + rand() % num_items_E2;
E3[i] = E3_min + rand() % num_items_E3;
E4[i] = E3[i];
E5[i] = E3[i];
}

for (int i = 0; i < num_E; i++)     // Random data generation for H
{
int num_items_H1 = H1_max - H1_min + 1;
int num_items_H2 = H2_max - H2_min + 1;
H1[i] = H1_min + rand() % num_items_H1;
H2[i] = H2_min + rand() % num_items_H2;
H3[i] = 999;
H4[i] = 999;
H5[i] = 999;
}

for (int i = 0; i < num_E; i++)     // Random data generation for q
{
int num_items_load = L6000_max - L6000_min + 1;
double load = L6000_min + rand() % num_items_load;
q[i] = load / (3.141652 * pow(a[0], 2));
}
std::fstream my_file;
my_file.open("Output.csv");
my_file << "E1" << "," << "E2" << "," << "E3" << "," <<
"H1" << "," << "H2" << "," << "H3" << "," <<
"q" << "," << "D0" << "," << "D1" << "," << "D2" << "," << "D3" << "," << "D4" << "," <<
"D5"<< "," << "D6" << "," << "D7" << "," << "D8" << "n";
// running the main program
for (int i = 0; i < num_E; i++) {
double e1 = E1[i]; double e2 = E2[i]; double e3 = E3[i]; double e4 = E4[i]; double e5 = E5[i];
double h1 = H1[i]; double h2 = H2[i]; double h3 = H3[i]; double h4 = H4[i]; double h5 = H5[i];
p[0] = q[i];
for (int j = 0; j < 9; j++) {
ys[0] = X[j];
wes5(&e1, &e2, &e3, &e4, &e5,
&h1, &h2, &h3, &h4, &u1, &u2, &u3, &u4, &u5,
&la1, &la2, &la3, &l,
p, a, xc, yc,
&l1, &ls, xs, ys, zs,
results);
//my_results[i] = results[700];
if (j == 0) {
my_file << E1[i] << "," << E2[i] << "," << E3[i] << "," <<
H1[i] << "," << H2[i] << "," << H3[i] << "," <<
p[0] << "," << results[700] << ",";
}
else {
my_file << results[700] << ",";
}

}
my_file << "n";
}
my_file.close();
}