<data xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
<row _id="1"><ID>1</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>18.10.2022</Test Date><Test Piece Identifier>A_04</Test Piece Identifier><Test Piece Composition>CuZn38As</Test Piece Composition><Test Piece Provider>DKI</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.63</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>245</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>47.5</slope_of_elastic_region_me__gpa_><initial_strain____>1</initial_strain____><initial_stress__mpa_>250</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>216</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>13.600000000000001</relaxed_stress_after_24h_at_100__c____></row>
<row _id="2"><ID>2</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>04.10.2022</Test Date><Test Piece Identifier>B_03</Test Piece Identifier><Test Piece Composition>CuZn21Si3P</Test Piece Composition><Test Piece Provider>DKI</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.656</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>367</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>88.5</slope_of_elastic_region_me__gpa_><initial_strain____>1</initial_strain____><initial_stress__mpa_>474</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>419</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>11.60337552742616</relaxed_stress_after_24h_at_100__c____></row>
<row _id="3"><ID>3</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>20.10.2022</Test Date><Test Piece Identifier>B_04</Test Piece Identifier><Test Piece Composition>CuZn21Si3P</Test Piece Composition><Test Piece Provider>DKI</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.677</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>377</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>86.1</slope_of_elastic_region_me__gpa_><initial_strain____>1</initial_strain____><initial_stress__mpa_>475</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>424</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>10.73684210526316</relaxed_stress_after_24h_at_100__c____></row>
<row _id="4"><ID>4</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>06.10.2022</Test Date><Test Piece Identifier>C_10</Test Piece Identifier><Test Piece Composition>CuNiSi</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.627</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>77.6</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>53.7</slope_of_elastic_region_me__gpa_><initial_strain____>1</initial_strain____><initial_stress__mpa_>95.1</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>87.9</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>7.570977917981062</relaxed_stress_after_24h_at_100__c____></row>
<row _id="5"><ID>5</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>24.10.2022</Test Date><Test Piece Identifier>C_11</Test Piece Identifier><Test Piece Composition>CuNiSi</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.64</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>78.3</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>50.8</slope_of_elastic_region_me__gpa_><initial_strain____>0.99</initial_strain____><initial_stress__mpa_>98.6</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>91.4</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>7.302231237322504</relaxed_stress_after_24h_at_100__c____></row>
<row _id="6"><ID>6</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>10.10.2022</Test Date><Test Piece Identifier>D_03</Test Piece Identifier><Test Piece Composition>CuSn6</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.687</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>103</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>64.8</slope_of_elastic_region_me__gpa_><initial_strain____>1.01</initial_strain____><initial_stress__mpa_>113</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>100</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>11.504424778761061</relaxed_stress_after_24h_at_100__c____></row>
<row _id="7"><ID>7</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>12.10.2022</Test Date><Test Piece Identifier>E_03</Test Piece Identifier><Test Piece Composition>CuSn12</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.664</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>155</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>105</slope_of_elastic_region_me__gpa_><initial_strain____>0.99</initial_strain____><initial_stress__mpa_>184</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>171</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>7.065217391304348</relaxed_stress_after_24h_at_100__c____></row>
<row _id="8"><ID>8</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>14.10.2022</Test Date><Test Piece Identifier>F_03</Test Piece Identifier><Test Piece Composition>CuNi12Al3</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.653</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>415</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>102</slope_of_elastic_region_me__gpa_><initial_strain____>0.99</initial_strain____><initial_stress__mpa_>441</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>435</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>1.3605442176870748</relaxed_stress_after_24h_at_100__c____></row>
<row _id="9"><ID>9</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>21.03.2023</Test Date><Test Piece Identifier>G_07</Test Piece Identifier><Test Piece Composition>CuNi6Sn4</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.748</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>243</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>61.5</slope_of_elastic_region_me__gpa_><initial_strain____>0.99</initial_strain____><initial_stress__mpa_>292</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>277</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>5.136986301369863</relaxed_stress_after_24h_at_100__c____></row>
<row _id="10"><ID>10</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>22.03.2023</Test Date><Test Piece Identifier>G_09</Test Piece Identifier><Test Piece Composition>CuNi6Sn4</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.687</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>265</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>56.2</slope_of_elastic_region_me__gpa_><initial_strain____>1.01</initial_strain____><initial_stress__mpa_>308</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>291</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>5.51948051948052</relaxed_stress_after_24h_at_100__c____></row>
<row _id="11"><ID>11</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>04.04.2023</Test Date><Test Piece Identifier>G_15</Test Piece Identifier><Test Piece Composition>CuNi6Sn4</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.695</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>206</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>59.6</slope_of_elastic_region_me__gpa_><initial_strain____>1.01</initial_strain____><initial_stress__mpa_>249</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>235</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>5.622489959839357</relaxed_stress_after_24h_at_100__c____></row>
<row _id="12"><ID>12</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>21.04.2023</Test Date><Test Piece Identifier>H_07</Test Piece Identifier><Test Piece Composition>CuSn8Ni2</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.742</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>150</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>51.3</slope_of_elastic_region_me__gpa_><initial_strain____>1.02</initial_strain____><initial_stress__mpa_>164</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>152</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>7.317073170731707</relaxed_stress_after_24h_at_100__c____></row>
<row _id="13"><ID>13</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>31.03.2023</Test Date><Test Piece Identifier>H_09</Test Piece Identifier><Test Piece Composition>CuSn8Ni2</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.7</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>148</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>53.4</slope_of_elastic_region_me__gpa_><initial_strain____>1.01</initial_strain____><initial_stress__mpa_>161</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>149</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>7.453416149068323</relaxed_stress_after_24h_at_100__c____></row>
<row _id="14"><ID>14</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>06.04.2023</Test Date><Test Piece Identifier>H_15</Test Piece Identifier><Test Piece Composition>CuSn8Ni2</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.7</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>143</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>47.5</slope_of_elastic_region_me__gpa_><initial_strain____>1.01</initial_strain____><initial_stress__mpa_>154</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>144</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>6.493506493506493</relaxed_stress_after_24h_at_100__c____></row>
<row _id="15"><ID>15</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>14.04.2023</Test Date><Test Piece Identifier>I_07</Test Piece Identifier><Test Piece Composition>CuZn23Si2.5</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.698</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>131</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>68.1</slope_of_elastic_region_me__gpa_><initial_strain____>1.01</initial_strain____><initial_stress__mpa_>167</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>161</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>3.592814371257485</relaxed_stress_after_24h_at_100__c____></row>
<row _id="16"><ID>16</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>21.04.2023</Test Date><Test Piece Identifier>I_14</Test Piece Identifier><Test Piece Composition>CuZn23Si2.5</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.703</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>124</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>63.3</slope_of_elastic_region_me__gpa_><initial_strain____>1</initial_strain____><initial_stress__mpa_>158</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>149</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>5.69620253164557</relaxed_stress_after_24h_at_100__c____></row>
<row _id="17"><ID>17</ID><Test Standard>DIN EN 10319-1:2003</Test Standard><Test Date>18.04.2023</Test Date><Test Piece Identifier>I_15</Test Piece Identifier><Test Piece Composition>CuZn23Si2.5</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>100</test_temperature___c_><original_cross_section_area__mm__>19.784</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><yield_strength_rp0_2__mpa_>127</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>62.7</slope_of_elastic_region_me__gpa_><initial_strain____>1.01</initial_strain____><initial_stress__mpa_>157</initial_stress__mpa_><stress_relaxation_time__s_>86400</stress_relaxation_time__s_><residual_stress_after_24h_at_100__c__mpa_>145</residual_stress_after_24h_at_100__c__mpa_><relaxed_stress_after_24h_at_100__c____>7.643312101910828</relaxed_stress_after_24h_at_100__c____></row>
</data>
