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Atomizer/studies/uav_arm_optimization/2_results/study.db

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feat: Add NX study models and optimization histories Includes all study folders with NX models for development: - bracket_stiffness_optimization (V1, V2, V3) - drone_gimbal_arm_optimization - simple_beam_optimization - uav_arm_optimization (V1, V2) - training_data_export_test - uav_arm_atomizerfield_test Contains .prt, .fem, .sim files and optimization databases. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude <noreply@anthropic.com>
2025-11-26 12:19:07 -05:00
SQLite format 3@ <02>.<02>.v<><0F><0F> <0C> <0A>  E f
feat: Update create-study skill with Phase 1.3 logging and create UAV arm test study Phase 1.3.1 Complete - Logging Integration: 1. Updated .claude/skills/create-study.md: - Added IMPORTANT section on structured logging from Phase 1.3 - Documents logger import and initialization - Lists all structured logging methods (trial_start, trial_complete, etc.) - References drone_gimbal_arm as template 2. Created studies/uav_arm_optimization/: - Multi-objective NSGA-II study (50 trials) - Same type as drone_gimbal_arm but renamed for UAV context - Full integration with Phase 1.3 logging system - Configuration: minimize mass + maximize frequency - Running to validate complete logging system Benefits: - All future studies created via skill will have consistent logging - Production-ready error handling and file logging from day 1 - Color-coded console output for better monitoring - Automatic log rotation (50MB, 3 backups) Related: Phase 1.2 (Configuration), Phase 1.3 (Logger), Phase 1.3.1 (Integration) 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude <noreply@anthropic.com>
2025-11-24 10:18:20 -05:00
<EFBFBD>K<07>d<07><04>a<04><01>(<01><01>Qe?indexsqlite_autoindex_trial_intermediate_values_1trial_intermediate_values<16>E%%<01>Mtabletrial_valuestrial_valuesCREATE TABLE trial_values (
trial_value_id INTEGER NOT NULL,
trial_id INTEGER NOT NULL,
objective INTEGER NOT NULL,
value FLOAT,
value_type VARCHAR(7) NOT NULL,
PRIMARY KEY (trial_value_id),
UNIQUE (trial_id, objective),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)7K%indexsqlite_autoindex_trial_values_1trial_values<14>,%%<01>tabletrial_paramstrial_paramsCREATE TABLE trial_params (
param_id INTEGER NOT NULL,
trial_id INTEGER,
param_name VARCHAR(512),
param_value FLOAT,
distribution_json TEXT,
PRIMARY KEY (param_id),
UNIQUE (trial_id, param_name),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)7K%indexsqlite_autoindex_trial_params_1trial_params<12>I;;<01>)tabletrial_system_attributestrial_system_attributesCREATE TABLE trial_system_attributes (
trial_system_attribute_id INTEGER NOT NULL,
trial_id INTEGER,
"key" VARCHAR(512),
value_json TEXT,
PRIMARY KEY (trial_system_attribute_id),
UNIQUE (trial_id, "key"),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)Ma;indexsqlite_autoindex_trial_system_attributes_1trial_system_attributes<10>? 77<01>tabletrial_user_attributestrial_user_attributes CREATE TABLE trial_user_attributes (
trial_user_attribute_id INTEGER NOT NULL,
trial_id INTEGER,
"key" VARCHAR(512),
value_json TEXT,
PRIMARY KEY (trial_user_attribute_id),
UNIQUE (trial_id, "key"),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)I ]7indexsqlite_autoindex_trial_user_attributes_1trial_user_attributesX 1uindexix_trials_study_idtrials CREATE INDEX ix_trials_study_id ON trials (study_id)<29>
<01> tabletrialstrials CREATE TABLE trials (
trial_id INTEGER NOT NULL,
number INTEGER,
study_id INTEGER,
state VARCHAR(8) NOT NULL,
datetime_start DATETIME,
datetime_complete DATETIME,
PRIMARY KEY (trial_id),
FOREIGN KEY(study_id) REFERENCES studies (study_id)
)<29>J;;<01>+tablestudy_system_attributesstudy_system_attributes CREATE TABLE study_system_attributes (
study_system_attribute_id INTEGER NOT NULL,
study_id INTEGER,
"key" VARCHAR(512),
value_json TEXT,
PRIMARY KEY (study_system_attribute_id),
UNIQUE (study_id, "key"),
FOREIGN KEY(study_id) REFERENCES studies (study_id)
)M a;indexsqlite_autoindex_study_system_attributes_1study_system_attributes
<EFBFBD>@77<01>tablestudy_user_attributesstudy_user_attributesCREATE TABLE study_user_attributes (
study_user_attribute_id INTEGER NOT NULL,
study_id INTEGER,
"key" VARCHAR(512),
value_json TEXT,
PRIMARY KEY (study_user_attribute_id),
UNIQUE (study_id, "key"),
FOREIGN KEY(study_id) REFERENCES studies (study_id)
)I]7indexsqlite_autoindex_study_user_attributes_1study_user_attributes<08>J--<01>Gtablestudy_directionsstudy_directionsCREATE TABLE study_directions (
study_direction_id INTEGER NOT NULL,
direction VARCHAR(8) NOT NULL,
study_id INTEGER NOT NULL,
objective INTEGER NOT NULL,
PRIMARY KEY (study_direction_id),
UNIQUE (study_id, objective),
FOREIGN KEY(study_id) REFERENCES studies (study_id)
)?S-indexsqlite_autoindex_study_directions_1study_directions<00>\%%<01>{tableversion_infoversion_infoCREATE TABLE version_info (
version_info_id INTEGER NOT NULL,
schema_version INTEGER,
library_version VARCHAR(256),
PRIMARY KEY (version_info_id),
CHECK (version_info_id=1)
)j7<01>indexix_studies_study_namestudiesCREATE UNIQUE INDEX ix_studies_study_name ON studies (study_name)<29> <01>otablestudiesstudiesCREATE TABLE studies (
study_id INTEGER NOT NULL,
study_name VARCHAR(512) NOT NULL,
PRIMARY KEY (study_ <0F><0F>
<0F><0F>5 uav_arm_optimization
 4.5.0 <0F><0F><0F>  MAXIMIZE 
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feat: Add NX study models and optimization histories Includes all study folders with NX models for development: - bracket_stiffness_optimization (V1, V2, V3) - drone_gimbal_arm_optimization - simple_beam_optimization - uav_arm_optimization (V1, V2) - training_data_export_test - uav_arm_atomizerfield_test Contains .prt, .fem, .sim files and optimization databases. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude <noreply@anthropic.com>
2025-11-26 12:19:07 -05:00

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1mass3507.3246246134795 feasiblefalse<73> 7<>gconstraint_violations["max_stress_limit: 329.29 > 120 (violation: 174.4%)", "min_frequency_limit: 18.15 < 150 (violation: 87.9%)"]<5D>1 #<23>Mdesign_vars{"beam_half_core_thickness": 5.543272595780111, "beam_face_thickness": 2.36655422332811, "holes_diameter": 27.930376572591207, "hole_count": 13.212098121132765}  !/max_stress277.2372741699219) -5max_displacement0.029895059764385223  1frequency19.398056030273438 /mass3265.485107249136 feasiblefalse<73> 7<>gconstraint_violations["max_stress_limit: 277.24 > 120 (violation: 131.0%)", "min_frequency_limit,<2C>P(<28>$<24>`"<22>( p8<0F>&<0F><0F><0F><0F><0F>l]BR+<0E><0E><0E><0E><0E><0E><0E>l]BR+ <0A> <0A> <0A> <0A> <0A> <0A> <0A> l  ] B R +  <0C> <0C> <0C> <0C> <0C> <0C> <0C> l  ] B R +  <0B> <0B> <0B> <0B> <0B> <0B> <0B> l  ] B R + 
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NSGAIISampler:generation
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hole_count()
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feat: Update create-study skill with Phase 1.3 logging and create UAV arm test study Phase 1.3.1 Complete - Logging Integration: 1. Updated .claude/skills/create-study.md: - Added IMPORTANT section on structured logging from Phase 1.3 - Documents logger import and initialization - Lists all structured logging methods (trial_start, trial_complete, etc.) - References drone_gimbal_arm as template 2. Created studies/uav_arm_optimization/: - Multi-objective NSGA-II study (50 trials) - Same type as drone_gimbal_arm but renamed for UAV context - Full integration with Phase 1.3 logging system - Configuration: minimize mass + maximize frequency - Running to validate complete logging system Benefits: - All future studies created via skill will have consistent logging - Production-ready error handling and file logging from day 1 - Color-coded console output for better monitoring - Automatic log rotation (50MB, 3 backups) Related: Phase 1.2 (Configuration), Phase 1.3 (Logger), Phase 1.3.1 (Integration) 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude <noreply@anthropic.com>
2025-11-24 10:18:20 -05:00

<EFBFBD>K<07>d<07><04>a<04><01>(<01><01>Qe?indexsqlite_autoindex_trial_intermediate_values_1trial_intermediate_values<16>E%%<01>Mtabletrial_valuestrial_valuesCREATE TABLE trial_values (
trial_value_id INTEGER NOT NULL,
trial_id INTEGER NOT NULL,
objective INTEGER NOT NULL,
value FLOAT,
value_type VARCHAR(7) NOT NULL,
PRIMARY KEY (trial_value_id),
UNIQUE (trial_id, objective),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)<04>K%indexsqlite_autoindex_trial_values_1trial_values<14>,%%<01>tabletrial_paramstrial_paramsCREATE TABLE trial_params (
param_id INTEGER NOT NULL,
trial_id INTEGER,
param_name VARCHAR(512),
param_value FLOAT,
distribution_json TEXT,
PRIMARY KEY (param_id),
UNIQUE (trial_id, param_name),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)aK%indexsqlite_autoindex_trial_params_1trial_params<12>I;;<01>)tabletrial_system_attributestrial_system_attributesCREATE TABLE trial_system_attributes (
trial_system_attribute_id INTEGER NOT NULL,
trial_id INTEGER,
"key" VARCHAR(512),
value_json TEXT,
PRIMARY KEY (trial_system_attribute_id),
UNIQUE (trial_id, "key"),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)<01>a;indexsqlite_autoindex_trial_system_attributes_1trial_system_attributes<10>? 77<01>tabletrial_user_attributestrial_user_attributes CREATE TABLE trial_user_attributes (
trial_user_attribute_id INTEGER NOT NULL,
trial_id INTEGER,
"key" VARCHAR(512),
value_json TEXT,
PRIMARY KEY (trial_user_attribute_id),
UNIQUE (trial_id, "key"),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)I ]7indexsqlite_autoindex_trial_user_attributes_1trial_user_attributesX 1uindexix_trials_study_idtrials CREATE INDEX ix_trials_study_id ON trials (study_id)<29>
<01> tabletrialstrials CREATE TABLE trials (
trial_id INTEGER NOT NULL,
number INTEGER,
study_id INTEGER,
state VARCHAR(8) NOT NULL,
datetime_start DATETIME,
datetime_complete DATETIME,
PRIMARY KEY (trial_id),
FOREIGN KEY(study_id) REFERENCES studies (study_id)
)<29>J;;<01>+tablestudy_system_attributesstudy_system_attributes CREATE TABLE study_system_attributes (
study_system_attribute_id INTEGER NOT NULL,
study_id INTEGER,
"key" VARCHAR(512),
value_json TEXT,
PRIMARY KEY (study_system_attribute_id),
UNIQUE (study_id, "key"),
FOREIGN KEY(study_id) REFERENCES studies (study_id)
)M a;indexsqlite_autoindex_study_system_attributes_1study_system_attributes
<EFBFBD>@77<01>tablestudy_user_attributesstudy_user_attributesCREATE TABLE study_user_attributes (
study_user_attribute_id INTEGER NOT NULL,
study_id INTEGER,
"key" VARCHAR(512),
value_json TEXT,
PRIMARY KEY (study_user_attribute_id),
UNIQUE (study_id, "key"),
FOREIGN KEY(study_id) REFERENCES studies (study_id)
)I]7indexsqlite_autoindex_study_user_attributes_1study_user_attributes<08>J--<01>Gtablestudy_directionsstudy_directionsCREATE TABLE study_directions (
study_direction_id INTEGER NOT NULL,
direction VARCHAR(8) NOT NULL,
study_id INTEGER NOT NULL,
objective INTEGER NOT NULL,
PRIMARY KEY (study_direction_id),
UNIQUE (study_id, objective),
FOREIGN KEY(study_id) REFERENCES studies (study_id)
)?S-indexsqlite_autoindex_study_directions_1study_directions<00>\%%<01>{tableversion_infoversion_infoCREATE TABLE version_info (
version_info_id INTEGER NOT NULL,
schema_version INTEGER,
library_version VARCHAR(256),
PRIMARY KEY (version_info_id),
CHECK (version_info_id=1)
)j7<01>indexix_studies_study_namestudiesCREATE UNIQUE INDEX ix_studies_study_name ON studies (study_name)<29> <01>otablestudiesstudiesCREATE TABLE studies (
study_id INTEGER NOT NULL,
study_name VARCHAR(512) NOT NULL,
PRIMARY KEY (study_id)
) <07><05><0E>s ' <0C> <0B> p
( <09>V<06><07><05>Z<00>)++<01> tablealembic_versionalembic_versionCREATE TABLE alembic_version (
version_num VARCHAR(32) NOT NULL,
CONSTRAINT alembic_version_pkc PRIMARY KEY (version_num)
)=Q+indexsqlite_autoindex_alembic_version_1alembic_version<1C>--<01>otabletrial_heartbeatstrial_heartbeatsCREATE TABLE trial_heartbeats (
trial_heartbeat_id INTEGER NOT NULL,
trial_id INTEGER NOT NULL,
heartbeat DATETIME NOT NULL,
PRIMARY KEY (trial_heartbeat_id),
UNIQUE (trial_id),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)?S-indexsqlite_autoindex_trial_heartbeats_1trial_heartbeatsQe?indexsqlite_autoindex_trial_intermediate_values_1trial_intermediate_values<16>??<01>;tabletrial_intermediate_valuestrial_intermediate_valuesCREATE TABLE trial_intermediate_values (
trial_intermediate_value_id INTEGER NOT NULL,
trial_id INTEGER NOT NULL,
step INTEGER NOT NULL,
intermediate_value FLOAT,
intermediate_value_type VARCHAR(7) NOT NULL,
PRIMARY KEY (trial_intermediate_value_id),
UNIQUE (trial_id, step),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)7K%indexsqlite_autoindex_trial_values_1trial_values<14>E%%<01>Mtabletrial_valuestrial_valuesCREATE TABLE trial_values (
trial_value_id INTEGER NOT NULL,
trial_id INTEGER NOT NULL,
objective INTEGER NOT NULL,
value FLOAT,
value_type VARCHAR(7) NOT NULL,
PRIMARY KEY (trial_value_id),
UNIQUE (trial_id, objective),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)7K%indexsqlite_autoindex_trial_params_1trial_params<12>,%%<01>tabletrial_paramstrial_paramsCREATE TABLE trial_params (
param_id INTEGER NOT NULL,
trial_id INTEGER,
param_name VARCHAR(512),
param_value FLOAT,
distribution_json TEXT,
PRIMARY KEY (param_id),
UNIQUE (trial_id, param_name),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)Ma;indexsqlite_autoindex_trial_system_attributes_1trial_system_attributes<10>I;;<01>)tabletrial_system_attributestrial_system_attributesCREATE TABLE trial_system_attributes (
trial_system_attribute_id INTEGER NOT NULL,
trial_id INTEGER,
"key" VARCHAR(512),
value_json TEXT,
PRIMARY KEY (trial_system_attribute_id),
UNIQUE (trial_id, "key"),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
)I ]7indexsqlite_autoindex_trial_user_attributes_1trial_user_attributes<0E>? 77<01>tabletrial_user_attributestrial_user_attributes CREATE TABLE trial_user_attributes (
trial_user_attribute_id INTEGER NOT NULL,
trial_id INTEGER,
"key" VARCHAR(512),
value_json TEXT,
PRIMARY KEY (trial_user_attribute_id),
UNIQUE (trial_id, "key"),
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
) 

v3.2.0.a
feat: Add NX study models and optimization histories Includes all study folders with NX models for development: - bracket_stiffness_optimization (V1, V2, V3) - drone_gimbal_arm_optimization - simple_beam_optimization - uav_arm_optimization (V1, V2) - training_data_export_test - uav_arm_atomizerfield_test Contains .prt, .fem, .sim files and optimization databases. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude <noreply@anthropic.com>
2025-11-26 12:19:07 -05:00
<0F><0F>  v3.2.0.a
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X <09> <09> <09> v K )s<07><07><07><07>fC<06><05><05><05><05>]<04><03><03><03>v<02>4<01><01><01><00><00>28#<23>Mdesign_vars{"beam_half_core_thickness": 6.313544039054481, "beam_face_thickness": 1.8721705370381776, "holes_diameter": 30.927236457044735, "hole_count": 8.27152570065189}!7!/max_stress377.7130126953125*6-5max_displacement0.030876781791448593!51frequency17.7857894897460944/mass3596.8439196799033feasiblefalse<73> 27<>gconstraint_violations["max_stress_limit: 377.71 > 120 (violation: 214.8%)", "min_frequency_limit: 17.79 < 150 (violation: 88.1%)"]<5D>31#<23>Odesign_vars{"beam_half_core_thickness": 5.018209169488894, "beam_face_thickness": 1.8930176496010427, "holes_diameter": 25.29634487770595, "hole_count": 13.696064714838467}!0!/max_stress370.6412353515625*/-5max_displacement0.035437196493148804 ./frequency18.25798225402832-1mass2939.6128938255033,feasiblefalse<73> +7<>gconstraint_violations["max_stress_limit: 370.64 > 120 (violation: 208.9%)", "min_frequency_limit: 18.26 < 150 (violation: 87.8%)"]<5D>4*#<23>Qdesign_vars{"beam_half_core_thickness": 8.072089436614153, "beam_face_thickness": 2.5677811768732925, "holes_diameter": 26.704269785645742, "hole_count": 11.987505548145949}")!1max_stress212.19100952148438*(-5max_displacement0.022949274629354477!'1frequency19.666465759277344&/mass4553.888676345408%feasiblefalse<73>$7<>econstraint_violations["max_stress_limit: 212.19 > 120 (violation: 76.8%)", "min_frequency_limit: 19.67 < 150 (violation: 86.9%)"]<5D>3##<23>Odesign_vars{"beam_half_core_thickness": 5.7120989516094225, "beam_face_thickness": 2.32620004267822, "holes_diameter": 20.220032822948625, "hole_count": 10.001073436506314}!"!/max_stress271.6156311035156)!-3max_displacement0.02947111614048481! 1frequency19.0408210754394531mass3484.1924721416854feasiblefalse<73> 7<>gconstraint_violations["max_stress_limit: 271.62 > 120 (violation: 126.3%)", "min_frequency_limit: 19.04 < 150 (violation: 87.3%)"]<5D>3#<23>Odesign_vars{"beam_half_core_thickness": 5.013731698724808, "beam_face_thickness": 1.7039651393402957, "holes_diameter": 18.541567059138305, "hole_count": 8.085245724155055} !-max_stress455.782958984375)-3max_displacement0.03736456111073494!1frequency17.4507694244384771mass3029.0265683216553feasiblefalse<73> 7<>gconstraint_violations["max_stress_limit: 455.78 > 120 (violation: 279.8%)", "min_frequency_limit: 17.45 < 150 (violation: 88.4%)"]<5D>3#<23>Odesign_vars{"beam_half_core_thickness": 5.808128120854149, "beam_face_thickness": 2.3232714159366075, "holes_diameter": 22.59585758092426, "hole_count": 12.416025569821926}!!/max_stress266.0218811035156)-3max_displacement0.02918102964758873!1frequency19.036659240722656/mass3481.139527286822feasiblefalse<73> 7<>gconstraint_violations["max_stress_limit: 266.02 > 120 (violation: 121.7%)", "min_frequency_limit: 19.04 < 150 (violation: 87.3%)"]<5D>2#<23>Mdesign_vars{"beam_half_core_thickness": 6.0099314911309865, "beam_face_thickness": 2.009229378527783, "holes_diameter": 23.18007427352282, "hole_count": 12.02609216802862}! !/max_stress329.2936096191406) -3max_displacement0.03070199117064476! 1frequency18.146207809448242
1mass3507.3246246134795 feasiblefalse<73> 7<>gconstraint_violations["max_stress_limit: 329.29 > 120 (violation: 174.4%)", "min_frequency_limit: 18.15 < 150 (violation: 87.9%)"]<5D>1 #<23>Mdesign_vars{"beam_half_core_thickness": 5.543272595780111, "beam_face_thickness": 2.36655422332811, "holes_diameter": 27.930376572591207, "hole_count": 13.212098121132765}  !/max_stress277.2372741699219) -5max_displacement0.029895059764385223  1frequency19.398056030273438 /mass3265.485107249136 feasiblefalse<73> 7<>gconstraint_violations["max_stress_limit: 277.24 > 120 (violation: 131.0%)", "min_frequency_limit: 19.40 < 150 (violation: 87.1%)"] 8<00>t_B<0E><0E> <0A> { ^ ;  <0C> 6 <0B> <0B> x V + 
Q <09> <09> <09> p E "k<07><07><07><07>`<<06><05><05><05><05>zV<04><03><03><03>p<02>.<01><01><01><01><00><00>2p#<23>Mdesign_vars{"beam_half_core_thickness": 8.609501527591725, "beam_face_thickness": 1.0585750409103605, "holes_diameter": 49.01155761893054, "hole_count": 8.362751395788989} o!-max_stress1152.78271484375)n-3max_displacement0.04080640524625778 m/frequency16.59430694580078l1mass4151.6671526220425kfeasiblefalse<73>
j7<>iconstraint_violations["max_stress_limit: 1152.78 > 120 (violation: 860.7%)", "min_frequency_limit: 16.59 < 150 (violation: 88.9%)"]<5D>2i#<23>Mdesign_vars{"beam_half_core_thickness": 6.812130229100862, "beam_face_thickness": 2.524177142322588, "holes_diameter": 35.554468835712285, "hole_count": 10.35465299625894}"h!1max_stress240.34109497070312)g-3max_displacement0.02593955025076866!f1frequency19.522624969482422e1mass3824.6703109967434dfeasiblefalse<73> c7<>gconstraint_violations["max_stress_limit: 240.34 > 120 (violation: 100.3%)", "min_frequency_limit: 19.52 < 150 (violation: 87.0%)"]<5D>2b#<23>Mdesign_vars{"beam_half_core_thickness": 6.721903301939536, "beam_face_thickness": 2.431042991495377, "holes_diameter": 24.184249545366022, "hole_count": 9.606128449364373}"a!1max_stress240.88113403320312*`-5max_displacement0.026278093457221985 _/frequency19.14244842529297^/mass3959.047537104342]feasiblefalse<73> \7<>gconstraint_violations["max_stress_limit: 240.88 > 120 (violation: 100.7%)", "min_frequency_limit: 19.14 < 150 (violation: 87.2%)"]<5D>3[#<23>O design_vars{"beam_half_core_thickness": 8.406898245622113, "beam_face_thickness": 1.7092678908354064, "holes_diameter": 30.61581414585257, "hole_count": 10.141252939189473}"Z!1 max_stress450.01544189453125)Y-3 max_displacement0.02707488276064396 X/ frequency18.07884979248047W/ mass4530.213245239717V feasiblefalse<73> U7<>g constraint_violations["max_stress_limit: 450.02 > 120 (violation: 275.0%)", "min_frequency_limit: 18.08 < 150 (violation: 87.9%)"]<5D>4T#<23>Q design_vars{"beam_half_core_thickness": 7.167307863123469, "beam_face_thickness": 1.5398700170822415, "holes_diameter": 31.115990198661024, "hole_count": 12.956734095434353}!S!/ max_stress553.2626342773438)R-3 max_displacement0.03174787759780884 Q/ frequency17.04843521118164P1 mass3799.7274027275153O feasiblefalse<73> N7<>g constraint_violations["max_stress_limit: 553.26 > 120 (violation: 361.1%)", "min_frequency_limit: 17.05 < 150 (violation: 88.6%)"]<5D>4M#<23>Q design_vars{"beam_half_core_thickness": 6.611139768821235, "beam_face_thickness": 1.2670924130235095, "holes_diameter": 34.954426827753636, "hole_count": 12.238287814746034}!L!/ max_stress811.8131103515625)K-3 max_displacement0.03868597000837326 J/ frequency16.11407470703125I/ mass3424.456296131618H feasiblefalse<73> G7<>g constraint_violations["max_stress_limit: 811.81 > 120 (violation: 576.5%)", "min_frequency_limit: 16.11 < 150 (violation: 89.3%)"]<5D>2F#<23>M
design_vars{"beam_half_core_thickness": 7.918761581034924, "beam_face_thickness": 2.495566480466286, "holes_diameter": 12.500057620774534, "hole_count": 10.53550635482206}"E!1
max_stress214.71519470214844*D-5
max_displacement0.023402750492095947!C1
frequency19.412912368774414B/
mass4697.844353861532A
feasiblefalse<EFBFBD>@7<>e
constraint_violations["max_stress_limit: 214.72 > 120 (violation: 78.9%)", "min_frequency_limit: 19.41 < 150 (violation: 87.1%)"]<5D>2?#<23>M design_vars{"beam_half_core_thickness": 6.613376884090064, "beam_face_thickness": 2.3355902845128056, "holes_diameter": 48.53781788801183, "hole_count": 9.439681256835401}">!1 max_stress252.21534729003906)=-3 max_displacement0.02764515019953251!<1 frequency19.385663986206055;/ mass3454.314218569865: feasiblefalse<73> 97<>g constraint_violations["max_stress_limit: 252.22 > 120 (violation: 110.2%)", "min_frequency_limit: 19.39 < 150 (violation: 87.1%)"] F{<0E>n <0A> a <0C> T <0B> G
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{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>F3<07>Qbeam_face_thickness@F<>(.<2E>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> E=<07>Sbeam_half_core_thickness@ <20><1C><>5{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}D!<07>Shole_count@&n{ <09><>o{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>C)<07>Uholes_diameter@2޵L<DEB5>d<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>B3<07>Qbeam_face_thickness?<3F>z<EFBFBD>` <0C>~{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> A=<07>Sbeam_half_core_thickness@!\<5C>S<EFBFBD>^{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}@!<07>Shole_count@ <20><><EFBFBD>
<EFBFBD><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>?)<07>Uholes_diameter@H<>z<EFBFBD>U<EFBFBD><55>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>>3<07>Qbeam_face_thickness?<3F><><EFBFBD>a<EFBFBD>&W{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> ==<07>Sbeam_half_core_thickness@!8<10><><EFBFBD><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<!<07>Shole_count@$<24><>ظ<>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>;)<07>Uholes_diameter@A<><41>ն<04>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}} 8<00>t_B<0E><0E> <0A> z ] :  <0C> 9 <0B> <0B> y U ( 
O <09> <09> <09> k > b<07><07><07>}P,v<05><05><05><05>c?<04><03><03><03><03>xS<02><01><01><01><01>g<00><00>3<EFBFBD>(#<23>Odesign_vars{"beam_half_core_thickness": 6.689472578158005, "beam_face_thickness": 2.371260442529538, "holes_diameter": 40.000990925581135, "hole_count": 12.254700141743264}!<21>'!/max_stress247.4121551513672*<2A>&-5max_displacement0.027081819251179695<1F>%-frequency19.3561954498291<1C>$1mass3550.8973419617987<13>#feasiblefalse<73> <09>"7<>gconstraint_violations["max_stress_limit: 247.41 > 120 (violation: 106.2%)", "min_frequency_limit: 19.36 < 150 (violation: 87.1%)"]<5D>3<EFBFBD>!#<23>Odesign_vars{"beam_half_core_thickness": 6.126232279913575, "beam_face_thickness": 2.3848975244260373, "holes_diameter": 46.24406651419817, "hole_count": 12.681610009780222}"<22> !1max_stress273.89788818359375)<29>-3max_displacement0.02920365519821644!<21>1frequency19.923015594482422<1C>1mass3084.4857510129773<13>feasiblefalse<73> <09>7<>gconstraint_violations["max_stress_limit: 273.90 > 120 (violation: 128.2%)", "min_frequency_limit: 19.92 < 150 (violation: 86.7%)"]<5D>1<EFBFBD>#<23>Kdesign_vars{"beam_half_core_thickness": 7.0979437620924, "beam_face_thickness": 2.0683897640833866, "holes_diameter": 30.864587074980907, "hole_count": 8.590357578868202}!<21>!/max_stress310.4600830078125*<2A>-5max_displacement0.027255093678832054!<21>1frequency18.365169525146484<1C>1mass3990.8948700259607<13>feasiblefalse<73> <09>7<>gconstraint_violations["max_stress_limit: 310.46 > 120 (violation: 158.7%)", "min_frequency_limit: 18.37 < 150 (violation: 87.8%)"]<5D>2<EFBFBD>#<23>Mdesign_vars{"beam_half_core_thickness": 7.546710178063893, "beam_face_thickness": 1.5463627181411612, "holes_diameter": 17.01821211064329, "hole_count": 12.28243015524141}!<21>!/max_stress548.5122680664062*<2A>-5max_displacement0.030677631497383118!<21>1frequency17.195398330688477<1B>/mass4272.805754873719<13>feasiblefalse<73> <09> 7<>gconstraint_violations["max_stress_limit: 548.51 > 120 (violation: 357.1%)", "min_frequency_limit: 17.20 < 150 (violation: 88.5%)"]<5D>4<EFBFBD> #<23>Qdesign_vars{"beam_half_core_thickness": 8.267532483862638, "beam_face_thickness": 2.6949645281556704, "holes_diameter": 28.647629215805388, "hole_count": 12.835166737824574}!<21> !/max_stress207.3603973388672*<2A>
-5max_displacement0.022269120439887047!<21> 1frequency19.984834671020508<1B>/mass4596.031327743151<13>feasiblefalse<73><08>7<>econstraint_violations["max_stress_limit: 207.36 > 120 (violation: 72.8%)", "min_frequency_limit: 19.98 < 150 (violation: 86.7%)"]<5D>1<EFBFBD>#<23>Kdesign_vars{"beam_half_core_thickness": 5.12937791654891, "beam_face_thickness": 2.033880917450452, "holes_diameter": 47.378069539655456, "hole_count": 8.115231202438714}!<21>!/max_stress321.7469787597656*<2A>-5max_displacement0.034320391714572906!<21>1frequency19.055866241455078<1B>/mass2827.157066420971<13>feasiblefalse<73> 7<>gconstraint_violations["max_stress_limit: 321.75 > 120 (violation: 168.1%)", "min_frequency_limit: 19.06 < 150 (violation: 87.3%)"]<5D>1~#<23>Kdesign_vars{"beam_half_core_thickness": 8.271704612312627, "beam_face_thickness": 2.784563363951862, "holes_diameter": 38.02702587307802, "hole_count": 9.405424707242233} }!-max_stress206.275634765625)|-3max_displacement0.02194872498512268!{1frequency20.212032318115234z/mass4531.614054388973yfeasiblefalse<73>x7<>econstraint_violations["max_stress_limit: 206.28 > 120 (violation: 71.9%)", "min_frequency_limit: 20.21 < 150 (violation: 86.5%)"]<5D>4w#<23>Qdesign_vars{"beam_half_core_thickness": 8.543677935813033, "beam_face_thickness": 1.4674199821400005, "holes_diameter": 18.869953903926735, "hole_count": 11.215782453294848}!v!/max_stress607.3477172851562)u-3max_displacement0.02936595492064953!t1frequency17.695159912109375s/mass4751.742214672244rfeasiblefalse<73> q7<>gconstraint_violations["max_stress_limit: 607.35 > 120 (violation: 406.1%)", "min_frequency_limit: 17.70 < 150 (violation: 88.2%)"] <00>r<0E>e <0A> X <0C> K <0B> >
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< <09> <09> { Y , Q<07><07><07>k?e<05><05><05>S.v<03><03><03><03>fC<02><01><01><01><01>|X<00><00>2<EFBFBD>`#<23>M design_vars{"beam_half_core_thickness": 6.667638359808085, "beam_face_thickness": 1.537255997821789, "holes_diameter": 45.27023687593944, "hole_count": 11.275810122553985}!<21>_!/ max_stress555.3223876953125)<29>^-3 max_displacement0.03408852592110634 <20>]/ frequency17.13217544555664<1B>\/ mass3280.706113240075<13>[ feasiblefalse<73> <09>Z7<>g constraint_violations["max_stress_limit: 555.32 > 120 (violation: 362.8%)", "min_frequency_limit: 17.13 < 150 (violation: 88.6%)"]<5D>3<EFBFBD>Y#<23>Odesign_vars{"beam_half_core_thickness": 6.803922477886636, "beam_face_thickness": 1.249819346967375, "holes_diameter": 27.904595739434413, "hole_count": 11.504790701001971} <20>X!-max_stress833.820068359375)<29>W-3max_displacement0.03834358975291252 <20>V/frequency16.04224395751953<1B>U/mass3664.965782613097<13>Tfeasiblefalse<73> <09>S7<>gconstraint_violations["max_stress_limit: 833.82 > 120 (violation: 594.9%)", "min_frequency_limit: 16.04 < 150 (violation: 89.3%)"]<5D>4<EFBFBD>R#<23>Qdesign_vars{"beam_half_core_thickness": 9.132359968603893, "beam_face_thickness": 1.1246205858735576, "holes_diameter": 15.869987630959734, "hole_count": 12.504187040628041}"<22>Q!1max_stress1023.9347534179688)<29>P-3max_displacement0.03604729101061821!<21>O1frequency17.527177810668945<1B>N/mass5017.748090216809<13>Mfeasiblefalse<73>
<EFBFBD>L7<>iconstraint_violations["max_stress_limit: 1023.93 > 120 (violation: 753.3%)", "min_frequency_limit: 17.53 < 150 (violation: 88.3%)"]<5D>1<EFBFBD>K#<23>Kdesign_vars{"beam_half_core_thickness": 6.4593559852716345, "beam_face_thickness": 2.639420876994267, "holes_diameter": 49.25791520831167, "hole_count": 9.32911054384007}"<22>J!1max_stress247.09597778320312)<29>I-3max_displacement0.02672445774078369!<21>H1frequency20.196521759033203<1C>G1mass3432.2647266260615<13>Ffeasiblefalse<73> <09>E7<>gconstraint_violations["max_stress_limit: 247.10 > 120 (violation: 105.9%)", "min_frequency_limit: 20.20 < 150 (violation: 86.5%)"]<5D>3<EFBFBD>D#<23>Odesign_vars{"beam_half_core_thickness": 7.7392018510659035, "beam_face_thickness": 1.6053954998308424, "holes_diameter": 22.61120123405742, "hole_count": 8.304568668251877}!<21>C!/max_stress509.4008483886719*<2A>B-5max_displacement0.029515419155359268<1F>A-frequency17.4572696685791<1B>@/mass4361.889097763058<13>?feasiblefalse<73> <09>>7<>gconstraint_violations["max_stress_limit: 509.40 > 120 (violation: 324.5%)", "min_frequency_limit: 17.46 < 150 (violation: 88.4%)"]<5D>4<EFBFBD>=#<23>Qdesign_vars{"beam_half_core_thickness": 6.328791429300521, "beam_face_thickness": 1.7958150891826643, "holes_diameter": 13.510227308950942, "hole_count": 12.062014490209624}"<22><!1max_stress410.03045654296875)<29>;-3max_displacement0.03140156343579292!<21>:1frequency17.459638595581055<1B>9/mass3736.039908663312<13>8feasiblefalse<73> <09>77<>gconstraint_violations["max_stress_limit: 410.03 > 120 (violation: 241.7%)", "min_frequency_limit: 17.46 < 150 (violation: 88.4%)"]<5D>1<EFBFBD>6#<23>Kdesign_vars{"beam_half_core_thickness": 8.750943298640752, "beam_face_thickness": 2.826661845155434, "holes_diameter": 47.067592905307926, "hole_count": 8.40287339419267}"<22>5!1max_stress205.54908752441406*<2A>4-5max_displacement0.021460900083184242 <20>3/frequency20.47244644165039<1A>2-mass4582.38536888626<13>1feasiblefalse<73><08>07<>econstraint_violations["max_stress_limit: 205.55 > 120 (violation: 71.3%)", "min_frequency_limit: 20.47 < 150 (violation: 86.4%)"]<5D>4<EFBFBD>/#<23>Qdesign_vars{"beam_half_core_thickness": 6.751900646756972, "beam_face_thickness": 1.0177099557629983, "holes_diameter": 23.402586491655228, "hole_count": 11.394164078642863}<1F>.!+max_stress1249.1630859375*<2A>--5max_displacement0.047656431794166565!<21>,1frequency15.238094329833984<1B>+/mass3689.048283276677<13>*feasiblefalse<73>
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<EFBFBD>7<>i(constraint_violations["max_stress_limit: 1000.20 > 120 (violation: 733.5%)", "min_frequency_limit: 15.54 < 150 (violation: 89.6%)"]<5D>3<EFBFBD>#<23>O'design_vars{"beam_half_core_thickness": 7.02187163279012, "beam_face_thickness": 2.5740198608588116, "holes_diameter": 28.294524130757527, "hole_count": 10.598285223962993}"<22>!1'max_stress232.97100830078125*<2A>-5'max_displacement0.024993421509861946!<21>1'frequency19.511287689208984<1B> /'mass4045.746743085232<13> 'feasiblefalse<73><08> 7<>e'constraint_violations["max_stress_limit: 232.97 > 120 (violation: 94.1%)", "min_frequency_limit: 19.51 < 150 (violation: 87.0%)"]<5D>3<EFBFBD>
#<23>O&design_vars{"beam_half_core_thickness": 5.931840785613312, "beam_face_thickness": 2.097972245004562, "holes_diameter": 32.250219848452105, "hole_count": 10.804474992527574}"<22> !1&max_stress302.37164306640625)<29>-3&max_displacement0.03044266626238823!<21>1&frequency18.560264587402344<1B>/&mass3361.053144531379<13>&feasiblefalse<73> <09>7<>g&constraint_violations["max_stress_limit: 302.37 > 120 (violation: 152.0%)", "min_frequency_limit: 18.56 < 150 (violation: 87.6%)"]<5D>3<EFBFBD>#<23>O%design_vars{"beam_half_core_thickness": 6.314445963608556, "beam_face_thickness": 2.762436303963847, "holes_diameter": 23.447041042829696, "hole_count": 10.256574254981123}!<21>!/%max_stress240.2116241455078)<29>-3%max_displacement0.02570153772830963!<21>1%frequency19.927194595336914<1C>1%mass3835.6050564045577<13>~%feasiblefalse<73> <09>}7<>g%constraint_violations["max_stress_limit: 240.21 > 120 (violation: 100.2%)", "min_frequency_limit: 19.93 < 150 (violation: 86.7%)"]<5D>3<EFBFBD>|#<23>O$design_vars{"beam_half_core_thickness": 8.915736375326844, "beam_face_thickness": 1.7004222550581212, "holes_diameter": 14.330027926771823, "hole_count": 9.418534718245477}!<21>{!/$max_stress454.4862976074219)<29>z-3$max_displacement0.02585878036916256<1F>y-$frequency18.4764461517334<1B>x/$mass5060.527432417144<13>w$feasiblefalse<73> <09>v7<>g$constraint_violations["max_stress_limit: 454.49 > 120 (violation: 278.7%)", "min_frequency_limit: 18.48 < 150 (violation: 87.7%)"]<5D>3<EFBFBD>u#<23>O#design_vars{"beam_half_core_thickness": 6.486049060336169, "beam_face_thickness": 1.6176835491076482, "holes_diameter": 42.023177773881805, "hole_count": 10.70303827927644}!<21>t!/#max_stress502.6331481933594)<29>s-3#max_displacement0.03345810994505882!<21>r1#frequency17.304656982421875<1B>q/#mass3304.972986893931<13>p#feasiblefalse<73> <09>o7<>g#constraint_violations["max_stress_limit: 502.63 > 120 (violation: 318.9%)", "min_frequency_limit: 17.30 < 150 (violation: 88.5%)"]<5D>4<EFBFBD>n#<23>Q"design_vars{"beam_half_core_thickness": 6.277429210886975, "beam_face_thickness": 2.8142489956510666, "holes_diameter": 32.630273519828364, "hole_count": 12.960816765256478}!<21>m!/"max_stress249.0063018798828)<29>l-3"max_displacement0.02579055353999138!<21>k1"frequency20.341838836669922<1C>j1"mass3604.9800561900115<13>i"feasiblefalse<73> <09>h7<>g"constraint_violations["max_stress_limit: 249.01 > 120 (violation: 107.5%)", "min_frequency_limit: 20.34 < 150 (violation: 86.4%)"]<5D>3<EFBFBD>g#<23>O!design_vars{"beam_half_core_thickness": 5.972255063473576, "beam_face_thickness": 2.1450464260224162, "holes_diameter": 37.98321296640937, "hole_count": 11.049979011638941}!<21>f!/!max_stress289.5030517578125)<29>e-3!max_displacement0.03000599890947342!<21>d1!frequency18.839839935302734<1C>c1!mass3277.1470810308856<13>b!feasiblefalse<73> <09>a7<>g!constraint_violations["max_stress_limit: 289.50 > 120 (violation: 141.3%)", "min_frequency_limit: 18.84 < 150 (violation: 87.4%)"] <00>z<0E>k <0A> \ <0C> M <0B> >
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& <09> <09> <09> <09> } <09> W h  8<08> <08><08><08><08>`z:K<07><07><07><07>|<07>C].<06><06><06><06><06><06>_p&@<05><05><05><05>h<05>BS #<04><04><04><04><04><04>Ke$6<03><03><03><03><03>^p#><02> <02><02><02><02>]x5G<01><01><01><01><01>o<01>O=(beam_half_core_thickness<00>!'hole_count<00>'holes_diameter<00>3'beam_face_thickness<00><06>'beam_half_core_thickness<00>!&hole_count<00><06>&holes_diameter<00>3&beam_face_thickness<00><06>&beam_half_core_thickness<00>!%hole_count<00>R%holes_diameter<00>3%beam_face_thickness<00>!%beam_half_core_thickness<00>!$hole_count<00><05>$holes_diameter<00>3$beam_face_thickness<00>=$beam_half_core_thickness<00><05>#hole_count<00><05>#holes_diameter<00>3#beam_face_thickness<00>[#beam_half_core_thickness<00>!"hole_count<00>)"holes_diameter<00>3"beam_face_thickness<00><04>"beam_half_core_thickness<00>!!hole_count<00><04>!holes_diameter<00>3!beam_face_thickness<00><04>!beam_half_core_thickness<00>! hole_count<00>c holes_diameter3 beam_face_thickness~4 beam_half_core_thickness}!hole_count|holes_diameter{3beam_face_thicknessz=beam_half_core_thicknessy<03>hole_countx<03>holes_diameterw3beam_face_thicknessvvbeam_half_core_thicknessu!hole_counttFholes_diameters3beam_face_thicknessrbeam_half_core_thicknessq!hole_countp<02>holes_diametero3beam_face_thicknessn<02>beam_half_core_thicknessm!hole_countl<02>holes_diameterk3beam_face_thicknessjYbeam_half_core_thicknessi!hole_counth)holes_diameterg3beam_face_thicknessf=beam_half_core_thicknesse<01>hole_countd<01>holes_diameterc3beam_face_thicknessb<01>beam_half_core_thicknessa!hole_count`kholes_diameter_3beam_face_thickness^<beam_half_core_thickness]!hole_count\ holes_diameter[3beam_face_thicknessZ<00>beam_half_core_thicknessY!hole_countX<00>holes_diameterW3beam_face_thicknessV~beam_half_core_thicknessU!hole_countTNholes_diameterS3beam_face_thicknessR=beam_half_core_thicknessQ!hole_countP)holes_diameterO3beam_face_thicknessN=beam_half_core_thicknessM!hole_countL)holes_diameterK3beam_face_thicknessJ=beam_half_core_thicknessI!hole_countH)holes_diameterG3beam_face_thicknessF=beam_half_core_thicknessE!hole_countD)holes_diameterC3beam_face_thicknessB=beam_half_core_thicknessA!hole_count@)holes_diameter?3beam_face_thickness>=beam_half_core_thickness=!hole_count<)holes_diameter;3beam_face_thickness:=beam_half_core_thickness9!hole_count8)holes_diameter73beam_face_thickness6=beam_half_core_thickness5! hole_count4) holes_diameter33 beam_face_thickness2= beam_half_core_thickness1! hole_count0) holes_diameter/3 beam_face_thickness.= beam_half_core_thickness-! hole_count,) holes_diameter+3 beam_face_thickness*= beam_half_core_thickness)!
hole_count()
holes_diameter'3
beam_face_thickness&=
beam_half_core_thickness%! hole_count$) holes_diameter#3 beam_face_thickness"= beam_half_core_thickness!!hole_count )holes_diameter3beam_face_thickness=beam_half_core_thickness!hole_count)holes_diameter3beam_face_thickness=beam_half_core_thickness!hole_count)holes_diameter3beam_face_thickness=beam_half_core_thickness!hole_count)holes_diameter3beam_face_thickness=beam_half_core_thickness!hole_count)holes_diameter3beam_face_thickness=beam_half_core_thickness !hole_count )holes_diameter 3beam_face_thickness
=beam_half_core_thickness !hole_count)holes_diameter3beam_face_thickness=beam_half_core_thickness !hole_count )holes_diameter 3beam_face_thickness = beam_half_core_thickness
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= <09> <09> | Y , R<07><07><07>mAf<05><05><05><05>U1{<03><03><03><03>jF<02><01><01><01>|[<00><00>2<EFBFBD>P#<23>M0design_vars{"beam_half_core_thickness": 6.843340707337014, "beam_face_thickness": 1.8713127360225228, "holes_diameter": 14.26146032661794, "hole_count": 8.723510669798545}<1E>O!)0max_stress377.9287109375*<2A>N-50max_displacement0.029252193868160248!<21>M10frequency17.731294631958008<1C>L10mass4025.5593129807135<13>K0feasiblefalse<73> <09>J7<>g0constraint_violations["max_stress_limit: 377.93 > 120 (violation: 214.9%)", "min_frequency_limit: 17.73 < 150 (violation: 88.2%)"]<5D>3<EFBFBD>I#<23>O/design_vars{"beam_half_core_thickness": 6.911147678335999, "beam_face_thickness": 1.4209023919247616, "holes_diameter": 35.77936938523629, "hole_count": 13.339081113696388}!<21>H!//max_stress648.0986938476562)<29>G-3/max_displacement0.03443562611937523!<21>F1/frequency16.713726043701172<1B>E//mass3536.153949601091<13>D/feasiblefalse<73> <09>C7<>g/constraint_violations["max_stress_limit: 648.10 > 120 (violation: 440.1%)", "min_frequency_limit: 16.71 < 150 (violation: 88.9%)"]<5D>2<EFBFBD>B#<23>M.design_vars{"beam_half_core_thickness": 8.94047174237027, "beam_face_thickness": 1.1384766297730566, "holes_diameter": 40.81356800116308, "hole_count": 13.092262151474491}!<21>A!/.max_stress998.8289794921875)<29>@-3.max_displacement0.03659660369157791!<21>?1.frequency17.139930725097656<1B>>/.mass4221.342765582194<13>=.feasiblefalse<73> <09><7<>g.constraint_violations["max_stress_limit: 998.83 > 120 (violation: 732.4%)", "min_frequency_limit: 17.14 < 150 (violation: 88.6%)"]<5D>2<EFBFBD>;#<23>M-design_vars{"beam_half_core_thickness": 8.597531513945007, "beam_face_thickness": 1.1297307659474454, "holes_diameter": 45.04477090272729, "hole_count": 8.567502751602218}"<22>:!1-max_stress1014.4276733398438)<29>9-3-max_displacement0.03773902729153633!<21>81-frequency16.790578842163086<1A>7--mass4193.94331613823<13>6-feasiblefalse<73>
<EFBFBD>57<>i-constraint_violations["max_stress_limit: 1014.43 > 120 (violation: 745.4%)", "min_frequency_limit: 16.79 < 150 (violation: 88.8%)"]<5D>2<EFBFBD>4#<23>M,design_vars{"beam_half_core_thickness": 7.390278780696681, "beam_face_thickness": 2.1078159757964796, "holes_diameter": 41.93597058398419, "hole_count": 10.69810601510351}!<21>3!/,max_stress298.7251892089844*<2A>2-5,max_displacement0.026856351643800735 <20>1/,frequency18.71857261657715<1B>0/,mass3800.714987170558<13>/,feasiblefalse<73> <09>.7<>g,constraint_violations["max_stress_limit: 298.73 > 120 (violation: 148.9%)", "min_frequency_limit: 18.72 < 150 (violation: 87.5%)"]<5D>3<EFBFBD>-#<23>O+design_vars{"beam_half_core_thickness": 6.2455837524396784, "beam_face_thickness": 2.6623944114476252, "holes_diameter": 24.94612577150393, "hole_count": 9.780454087112581}"<22>,!1+max_stress242.61903381347656)<29>+-3+max_displacement0.02626964822411537 <20>*/+frequency19.75767707824707<1B>)/+mass3762.302675995378<13>(+feasiblefalse<73> <09>'7<>g+constraint_violations["max_stress_limit: 242.62 > 120 (violation: 102.2%)", "min_frequency_limit: 19.76 < 150 (violation: 86.8%)"]<5D>3<EFBFBD>&#<23>O*design_vars{"beam_half_core_thickness": 6.692536774989371, "beam_face_thickness": 2.260910064019572, "holes_diameter": 15.280699469080927, "hole_count": 12.604514813972587}!<21>%!/*max_stress261.0404968261719*<2A>$-5*max_displacement0.027139434590935707!<21>#1*frequency18.685359954833984<1B>"/*mass3991.032436382792<13>!*feasiblefalse<73> <09> 7<>g*constraint_violations["max_stress_limit: 261.04 > 120 (violation: 117.5%)", "min_frequency_limit: 18.69 < 150 (violation: 87.5%)"]<5D>2<EFBFBD>#<23>M)design_vars{"beam_half_core_thickness": 5.42156400159408, "beam_face_thickness": 1.9588331269881232, "holes_diameter": 24.006034559283307, "hole_count": 10.38059451315119}!<21>!/)max_stress346.5316162109375(<28>-1)max_displacement0.0329805351793766!<21>1)frequency18.155311584472656<1B>/)mass3222.399054733554<13>)feasiblefalse<73> <09>7<>g)constraint_violations["max_stress_limit: 346.53 > 120 (violation: 188.8%)", "min_frequency_limit: 18.16 < 150 (violation: 87.9%)"] <02><0F><0E>h <0A> b <0C> J <0B> D
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