LAP LAMBERT Academic Publishing

PRACTICAL FOUNDATIONS OF FOOT DEFORMATION Characteristics: SCIENTIFIC AND CHARACTERISTICS FACTORS DETERMINING SUPPORT COMFORT

Name: PRACTICAL FOUNDATIONS OF FOOT DEFORMATION Characteristics: SCIENTIFIC AND CHARACTERISTICS FACTORS DETERMINING SUPPORT COMFORT
Brand: LAP LAMBERT Academic Publishing
SKU: aba5b03ec32445414c04b10e50205eb0

1/1

Afbeelding van PRACTICAL FOUNDATIONS OF FOOT DEFORMATION Characteristics: SCIENTIFIC AND CHARACTERISTICS FACTORS DETERMINING SUPPORT COMFORT

Bol

Prijzen vanaf

43,87

Uitgelicht

	43,87	Naar shop
	43,90	Naar shop
VERGELIJK ALLE AANBIEDERS (2)

Beschrijving

Bol This monograph presents a concise analysis of the main causes and biomechanical mechanisms of foot deformities related to diabetes, flatfoot, and ankle instability. Using plantar pressure mapping, podography, gait monitoring, and anthropometric assessment, key indicators such as increased localized load, soft-tissue compression, decreased arch height, and altered foot geometry were identified. The study substantiates principles for designing preventive and orthopedic footwear, including material optimization, shock-absorbing elements, rocker soles, and pressure-redistribution solutions. A constructive-technological model and evaluation criteria were developed to improve gait stability and ensure physiological plantar load distribution.

Lees meer

Vergelijk aanbieders (2)

Sorteren op:

€ 43,87 Gratis verzending

€ 43,90 Gratis verzending

Beschrijving (1)

This monograph presents a concise analysis of the main causes and biomechanical mechanisms of foot deformities related to diabetes, flatfoot, and ankle instability. Using plantar pressure mapping, podography, gait monitoring, and anthropometric assessment, key indicators such as increased localized load, soft-tissue compression, decreased arch height, and altered foot geometry were identified. The study substantiates principles for designing preventive and orthopedic footwear, including material optimization, shock-absorbing elements, rocker soles, and pressure-redistribution solutions. A constructive-technological model and evaluation criteria were developed to improve gait stability and ensure physiological plantar load distribution.

Lees meer