Synthesis Parameters

Four-Bar Coupler Circle Point

🔍 Click to inspect O₂A – ABK – O₄B

🎯 Select Solution: Optimal

Supports 13-line Pascal stdin format, boyut.txt table, or key=value files.

1. Link Lengths & Offsets (x1 – x9)

Crank Length (x1):

Coupler Length (x2):

Rocker Length (x3):

Ground Length (x6):

Coupler Point X (x4):

Coupler Point Y (x5):

Pivot O2 X (x7):

Pivot O2 Y (x8):

Pivot O4 Y Offset (x9):

2. Formulation & Motion Range

Synthesis Method (method):

Crank Start Angle (psi0):

Crank End Angle (psin):

Assembly Branch (mek_type):

Polynomial Root (kok_type):

Simpson Integral Intervals (araliksayisi):

🔒 Commercial IP Protection Active

Synthesized circle-point coordinates and center dimensions are secured. Full unmasked engineering data, numerical matrices, and CAD geometry are automatically packaged into the downloadable AutoCAD DXF, Excel, and TXT reports.

Synthesis Status

OPTIMAL Galerkin

Max Circular Deviation (Δr)

0.0012 mm PASS

Linkage Classification

Grashof Crank-Rocker

Rocker Swing Range (α)

Continuous 360°

Instant Crank Angle (θ₂)

θ₂: 0.0° | Ready

Layers: Trajectory A Trajectory B AB Coupler Trajectory Point P Trajectory Show Axes & Grid Show AP & PB

                            M-A Angle (ψ): 0.00°
                            A-B Angle (δ): 0.00°
                            Q-B Angle (α): 0.00°
                            A-P Angle (γ): 0.00°
                            Coupler Sum (δ + γ): 0.00°
                        

Synthesis Parameters

1. Link Lengths & Offsets (x1 – x9)

2. Formulation & Motion Range

Coupler Radial Error — Δr(θ₂)

Transmission Angle — μ(θ₂)

Synthesis Parameters

1. Link Lengths & Offsets (x1 – x9)

2. Formulation & Motion Range

Coupler Radial Error — Δr(θ₂)

Transmission Angle — μ(θ₂)

📐 Four-Bar Circle-Point Synthesis — Kinematic Schematic