GMEG Engine
System Management ▼
System Energy Flow
Grid ▼
High-Inertia Grid Anchor Master Table
System ▼
GMEG ▼
→ Enabler Details→ Gravity→ GMEG Power Input→ Internal gear→ Rotational Torque Output
KETS ▼
→ Flywheel 1 & 2
IERS ▼
→ Track Rotational forces→ Spring support system
DLLS ▼
→ TAR 1 Rotation Gears→ TAR 1 Input Torque Requirement→ TAR 1 Flywheel→ TAR 1 Motor sizing→ TAR 2 Output Rotation Gears→ TAR 2 Input Torque Requirement→ TAR 2 Flywheel→ TAR 2 Motor sizing
DPES ▼
→ Dynamic Power Exchange System
Operational ▼
Grid Templates ▼
→ 1. MASTER GRID SETTINGS→ 2. MASTER SEQUENCE BLUEPRINTS - S1 E1 Base→ 2. MASTER SEQUENCE BLUEPRINTS - S1 E2 Loop→ 2. MASTER SEQUENCE BLUEPRINTS - S2 E1 Transition→ 2. MASTER SEQUENCE BLUEPRINTS - S2 E2 Cascade→ 3. SPATIAL BLUEPRINTS - S1 E1 Base→ 3. SPATIAL BLUEPRINTS - S1 E2 Loop→ 3. SPATIAL BLUEPRINTS - S2 E1 Transition→ 3. SPATIAL BLUEPRINTS - S2 E2 Cascade→ 4. ROTATIONAL TORQUE BLUEPRINTS - S1 E1 Base→ 4. ROTATIONAL TORQUE BLUEPRINTS - S1 E2 Loop→ 4. ROTATIONAL TORQUE BLUEPRINTS - S2 E1 Transition→ 4. ROTATIONAL TORQUE BLUEPRINTS - S2 E2 Cascade→ 5. ENERGY BALANCE BLUEPRINTS - S1 E1 Base→ 5. ENERGY BALANCE BLUEPRINTS - S1 E2 Loop→ 5. ENERGY BALANCE BLUEPRINTS - S2 E1 Transition→ 5. ENERGY BALANCE BLUEPRINTS - S2 E2 Cascade→ 6. OPERATIONAL TOTALS
Operational Environment ▼
→ Track→ Track Dimensions→ Velocity→ Track Spatial Operational Environment→ Rotational Torque Grid
Spatial Dashboard ▼
→ System View
Rotational Torque Dashboard ▼
→ System View
Energy Balance Dashboard ▼
→ System View
Operational Totals Dashboard
Operational Aggregations ▼
→ Aggregation→ Totals
Start Up ▼
Start Up
Global Parameters ▼
Safety and Deflection ▼
→ Safety→ Deflection
Material ▼
→ Carbon Fiber Density (kg.m3)→ Carbon Fibre
Components ▼
Internal Gear ▼
→ Pockets→ Internal Gear Synthesis→ Internal Gear Safety Audit→ Internal Gear Mass
U-Chain ▼
→ U-Chain Geometry Component→ Central Enabler Pin Component→ U-Chain Mass
Shielding and Runner ▼
→ Shielding and Runner Parameter
Magnet Component ▼
→ Permanent Magnet Component→ Force Allocation: Corner Magnetics
Track Rotation Gear ▼
→ Track Rotation Gear→ Track Rotation Gear Pockets→ Track Rotation Gear Safety Audit
Top Track Rotation Gear ▼
→ Top Track Rotation Gear→ Top Track Rotation Gear Safety Audit
Component Totals ▼
→ Individual Component Totals
Track ▼
Track Master Settings and Dynamic Inputs ▼
→ Primary Inputs→ Master Kinetic Inputs
Pivot Swing ▼
→ Pivot swing radius→ Pivot swing radius & Layers
Inner ▼
→ Inner Structural Synthesis→ Side Frame Structure→ Side Rail Safety & Stress Audit→ Inner Skeleton→ X-Brace Safety & Torsional Audit→ Vertical Pillars→ Vertical Pillar Safety & Buckling Audit→ Corner Arc Skeleton→ Corner Arc Safety & Stress Audit→ T-Connections→ T-Spoke Safety & Buckling Audit→ Final Skeleton Aggregation
Runner ▼
→ Track Module Load Scaling→ Prescriptive Runner Design (The Wheel Guide)→ Running Track Safety Audit→ Running Track Surface Safety Audit
Support Layer ▼
→ Support Layer Synthesis (The Hollow Risers)→ Support Layer Safety & Buckling Audit→ Support Layer Safety Audit
Covers ▼
→ Cover Impact Logic→ Cover Impact Safety Audit→ Inner Cover Corner Weight→ Outer Cover Corner Weight
Straight Track ▼
→ Straight Track Sections Weight
Totals ▼
→ Outer Structure Weight
Stand ▼
Stand

Totals Dashboard

View Filters
Database Vault
Layout & Tools
CSV Utilities
▼ Outer Structure Weight
☰ \( \Sigma M_{\text{runner}} \) Total Runner Weight (kg) 0.000000
View Help Guide
Purpose: Guidance Mass.
Logic: Total accumulated weight of the solid carbon fiber wheel-guide tracks.
Type: Calculated (Math Output)
Render on Grids: None
Mathematical Formula:
Total Runner Weight (kg)
Python Logic: N/A
Live Evaluation: N/A
☰ \( \Sigma M_{\text{support, layers}} \) Total Support Layers Weight (kg) 0.000000
View Help Guide
Purpose: Riser Mass.
Logic: Total accumulated weight of the hollow structural spacers (Top and Bottom).
Type: Calculated (Math Output)
Render on Grids: None
Mathematical Formula:
Total Support Layers Weight (kg)
Python Logic: N/A
Live Evaluation: N/A
☰ \( \Sigma M_{\text{inner, cover}} \) Total Inner Cover Corner Weight (kg) 0.000000
View Help Guide
Purpose: Inner Arc Mass.
Logic: Total accumulated weight of the curved protective covers hugging the inside of the skeleton.
Type: Calculated (Math Output)
Render on Grids: None
Mathematical Formula:
Total Inner Cover Corner Weight (kg)
Python Logic: N/A
Live Evaluation: N/A
☰ \( \Sigma M_{\text{outer, cover}} \) Total Outer Cover Corner Weight (kg) 0.000000
View Help Guide
Purpose: Outer Arc Mass.
Logic: Total accumulated weight of the exterior curved impact shields.
Type: Calculated (Math Output)
Render on Grids: None
Mathematical Formula:
Total Outer Cover Corner Weight (kg)
Python Logic: N/A
Live Evaluation: N/A
☰ \( \Sigma M_{\text{straight}} \) Total Straight Mass (kg) 0.000000
View Help Guide
Purpose: Longitudinal Shell Mass.
Logic: Total accumulated weight of all straight protective covers.
Type: Calculated (Math Output)
Render on Grids: None
Mathematical Formula:
Total Straight Mass (kg)
Python Logic: N/A
Live Evaluation: N/A
☰ \( M_{\text{outer, structure}} \) Outer Structure Weight (kg) 0.000000
View Help Guide
Purpose: Aggregate Housing Mass.
Logic: The final, total combined weight of all external modular layers (Runners, Supports, and Covers) that wrap the skeleton.
Type: Calculated (Math Output)
Render on Grids: None
Mathematical Formula:
Total Runner Weight (kg) + Total Support Layers Weight (kg) + Total Inner Cover Corner Weight (kg) + Total Outer Cover Corner Weight (kg) + Total Straight Mass (kg)
Python Logic: N/A
Live Evaluation: N/A