Philipp Dietsch

Philipp Dietsch

Universität Innsbruck

H-index: 22

Europe-Austria

About Philipp Dietsch

Philipp Dietsch, With an exceptional h-index of 22 and a recent h-index of 17 (since 2020), a distinguished researcher at Universität Innsbruck, specializes in the field of Civil Engineering, Structural Engineering, Timber Structures, Timber Engineering.

His recent articles reflect a diverse array of research interests and contributions to the field:

Experimental Study to Determine the Development of Axial Stiffness of Wood Screws with Increasing Load Cycles

Bending Behavior of Hybrid Timber–Steel Beams

Hyperbolic Paraboloid Shells made of Diagonal Laminated Timber Elements

Diagonallagenholz (DLH)–Ressourceneffizienz durch diagonale Orientierung einzelner Lagen: Bestimmung der Steifigkeitsparameter und Verformungsanalysen

InnoCrossLam-Adding knowledge towards increased use of cross laminated timber (CLT)

Solutions for edge connections to build two-way spanning cross laminated timber slabs

CROSS-LAMINATED TIMBER FLOORS WITH OPENINGS–SERVICEABILITY LIMIT STATE VERIFICATIONS

UPDATING EUROCODE 5-DESIGN GUIDANCE FOR INCREASING THE ROBUSTNESS OF TIMBER STRUCTURES

Philipp Dietsch Information

University

Position

Professor Head of Timber Engineering Unit

Citations(all)

1765

Citations(since 2020)

1224

Cited By

891

hIndex(all)

22

hIndex(since 2020)

17

i10Index(all)

38

i10Index(since 2020)

28

Email

University Profile Page

Universität Innsbruck

Google Scholar

View Google Scholar Profile

Philipp Dietsch Skills & Research Interests

Civil Engineering

Structural Engineering

Timber Structures

Timber Engineering

Top articles of Philipp Dietsch

Title

Journal

Author(s)

Publication Date

Experimental Study to Determine the Development of Axial Stiffness of Wood Screws with Increasing Load Cycles

Buildings

Sebastian Egner

Philipp Dietsch

2024/4/15

Bending Behavior of Hybrid Timber–Steel Beams

Materials

Peter Haase

Simon Aurand

Jakob Boretzki

Matthias Albiez

Carmen Sandhaas

...

2024/1

Hyperbolic Paraboloid Shells made of Diagonal Laminated Timber Elements

Matthias Arnold

Philipp Dietsch

Stefan Winter

2023

Diagonallagenholz (DLH)–Ressourceneffizienz durch diagonale Orientierung einzelner Lagen: Bestimmung der Steifigkeitsparameter und Verformungsanalysen

Bautechnik

Matthias Arnold

Roland Maderebner

Philipp Dietsch

Stefan Winter

2023/8

InnoCrossLam-Adding knowledge towards increased use of cross laminated timber (CLT)

Boris Azinović

Erik Serrano

Henrik Danielsson

Josef Füssl

Markus Lukacevic

...

2023

Solutions for edge connections to build two-way spanning cross laminated timber slabs

Proceedings of the World Conference on Timber Engineering (WCTE 2023), Oslo, Norway

Thomas Stieb

Bernhard Maurer

Maximilian Bestler

Philipp Dietsch

Roland Maderebner

2023/6

CROSS-LAMINATED TIMBER FLOORS WITH OPENINGS–SERVICEABILITY LIMIT STATE VERIFICATIONS

WCTE 2023

Martin Schenk

Anja Husel

Philipp Dietsch

Pablo González-Serna

José Manuel

...

2023

UPDATING EUROCODE 5-DESIGN GUIDANCE FOR INCREASING THE ROBUSTNESS OF TIMBER STRUCTURES

Jørgen Munch-Andersen

Paolo Palma

Philipp Dietsch

2023

100 Jahre Versuchsanstalt für Stahl, Holz und Steine Karlsruhe

Bautechnik

Daniel Ruff

Carmen Sandhaas

Thomas Ummenhofer

Philipp Dietsch

2023/1

A Timber–Concrete–Composite Edge Connection for Two-Way Spanning Cross-Laminated Timber Slabs—Experimental Investigations and Analytical Approach

Buildings

Thomas Stieb

Roland Maderebner

Philipp Dietsch

2023/12/1

Structural behavior of timber-steel-joints with either dowel-type fasteners or continuous joints

World Conference on Timber Engineering (WCTE 2023)

Simon Aurand

Jakob Boretzki

Peter Haase

Thomas Ummenhofer

Philipp Dietsch

2023

Diagonal Laminated Timber (DLT)-resource efficiency through optimized layer arrangements: determination of stiffness properties and deformation analysis

BAUTECHNIK

Matthias Arnold

Roland Maderebner

Philipp Dietsch

Stefan Winter

2023/8/1

Updating Eurocode 5–Design guidance for increasing the robustness of timber structures

Paper submitted for WCTE. Oslo

Pedro Palma

Jørgen Munch-Andersen

Philipp Dietsch

2023

Effect of shrinkage on cracking and structural behaviour of reinforced glulam members

Construction and Building Materials

Martin Danzer

Philipp Dietsch

Stefan Winter

2022/4/11

Diagonal laminated timber—Experimental, analytical, and numerical studies on the torsional stiffness

Construction and Building Materials

Matthias Arnold

Philipp Dietsch

Roland Maderebner

Stefan Winter

2022/3/7

Schlussbericht zum Europäischen Forschungsvorhaben InnoCrossLam–Innovative Lösungen für das zukünftige Bauen mit Brettsperrholz

Matthias Arnold

Martin Schenk

Niklas Kainz

Philipp Dietsch

José Manuel Cabrero

...

2022

Innovative solutions for CLT structures

Boris Azinović

Erik Serrano

Henrik Danielsson

Josef Füssl

Markus Lukacevic

...

2022

Kennt der Holzbau Grenzen des Wachstums?

Philipp Dietsch

2022/11

Veneer-reinforced timber–Numerical and experimental studies on a novel hybrid timber product

Construction and Building Materials

Markus Lechner

Philipp Dietsch

Stefan Winter

2021/9/6

Moisture contents in timber roof structures of ice rinks

Marcus Schiere

Bettina Franke

Steffen Franke

Philipp Dietsch

Andreas Müller

2021/8/9

See List of Professors in Philipp Dietsch University(Universität Innsbruck)

Co-Authors

H-index: 51
Daniel Straub

Daniel Straub

Technische Universität München

H-index: 49
John D Sørensen

John D Sørensen

Aalborg Universitet

H-index: 39
Thomas Tannert

Thomas Tannert

University of Northern British Columbia

H-index: 35
Bohumil Kasal

Bohumil Kasal

Technische Universität Braunschweig

H-index: 32
Erik Serrano

Erik Serrano

Lunds Universitet

H-index: 31
Annette M. Harte

Annette M. Harte

National University of Ireland, Galway

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