1. Introduction

1. Introduction Reasons and Methods of creation of the Zweymüller prostheses

2. The Geometric Anchoring

2.1. Presentation of the Geometric Anchoring

2.2. The Principle of Primary Stability

2.3. The Principle of the Conical Junction in the bone

2.4. The Principle of Field of Bone Vitality

2.5. The Principle of Distributed Constraints

2.6. The Principle of Prestressing

2.7. The Principle of Impaction Reserve

2.8. The Principle of Extractibility

2.9. The Principle of Separation of the Roles of the components

2.10. In connection with Micromovements

2.11. In connection with Osteointegration

3. Original Methods of creation of prostheses

3.1. the Method of the Growth factors

3.2. the Method of the Optimized Sizes

3.3. The Law of Positive Derivates

3.4. The Multicone Junction

3.5. Curved Space in Logarithmic Spiral

3.6. The Transition Curves

3.7. The Computing system in preparation

4. Processes Specific to the femoral stems

The Calcar-Polynomial-Deckner

4.1. The Calcar-Polynomial-Deckner

4.2. The Pyramidal Base Form

4.3. The Calcar Arc Function

4.4. The Fixation Function

4.5. The Separation Function

4.6. The Distal Ogive Function

Other Processes

4.7. The Ascending Interlocking

4.8. Thickness Corrections

4.9. The Impaction Reserve applied to the Rasps

4.10. Design of the Chamfers Rasps and Stems

4.11. Optimal number of Teeth of the Rasps

5. Products and Projects created by my methods

5.1. Stems without cement

5.1.1. Stems AlloClassic

5.1.2 Stems SL Plus

5.1.3. Stems Reoperation SLR Plus

5.1.4. Stems Reoperation Modular Plus

5.1.5. Stems ANAtomicGEOmetric, project

5.1.6. Stems Modular SL 2000, project

5.1.7. Stems Real Press Fit, project

5.1.8. Stems ANA.NOVA modular, project

5.1.9. Stems reop ANA.NOVA modular, project

5.2. Cemented stems

5.2.1. Stems Decoulx-Deckner, project

5.2.2. Stems Dustmann CS Plus

5.2.3. Stems Holz-Zacher

5.3. Cups

5.3.1. Cups Bicon Plus

5.3.2. Cups Bicon Plus Porose

5.3.3. Inlays Bicon Plus Antiluxation

5.3.4. Inlays Bicon Plus Metal-Metal

5.3.5. Inlays Bicon Plus Ceramic-Ceramic, project

5.3.6. Cups SpheriCone screwed, project

5.3.7. Flexible cups without PE, project

5.3.8. Cups ANA.NOVA Hybrid Impacted-Screwed

5.4. Knee APS-GF, project

6. Documents