Scholars@Duke publication: Combining Mathematical Modeling with Materials Development to Predict High Speed Telecommunications Cable Properties, The LaPlace Model

Combining Mathematical Modeling with Materials Development to Predict High Speed Telecommunications Cable Properties, The LaPlace Model

Publication , Conference

Grune, G; Burke, B

Published in: PROCEEDINGS OF 44TH INTERNATIONAL WIRE AND CABLE SYMPOSIUM

The need to establish a modeling technique which will allow the cable designer the necessary tools to shorten the development time required to establish the tradeoffs between electrical, mechanical and flammability properties of the various materials available has been a long term goal of many in the industry. Ultimately it should be possible to design high speed transmission cables with such modeling tools prior to determining which parameters wield the greatest influence on final overall product performance. The Laplace model described in detail in this paper is an initial attempt toward reaching this goal.

Duke Scholars

Author Guerry Grune Engineering Graduate and Professional Programs

Contributor Guerry Grune Engineering Graduate and Professional Programs

Published In

PROCEEDINGS OF 44TH INTERNATIONAL WIRE AND CABLE SYMPOSIUM

Start / End Page

269 / 277

Location

Philadelphia, PA

Conference Name

International Wire and Cable Symposium

Citation

APA

Chicago

ICMJE

MLA

NLM

Grune, G., & Burke, B. (n.d.). Combining Mathematical Modeling with Materials Development to Predict High Speed Telecommunications Cable Properties, The LaPlace Model. In PROCEEDINGS OF 44TH INTERNATIONAL WIRE AND CABLE SYMPOSIUM (pp. 269–277). Philadelphia, PA.

Grune, Guerry, and Brian Burke. “Combining Mathematical Modeling with Materials Development to Predict High Speed Telecommunications Cable Properties, The LaPlace Model.” In PROCEEDINGS OF 44TH INTERNATIONAL WIRE AND CABLE SYMPOSIUM, 269–77, n.d.

Grune G, Burke B. Combining Mathematical Modeling with Materials Development to Predict High Speed Telecommunications Cable Properties, The LaPlace Model. In: PROCEEDINGS OF 44TH INTERNATIONAL WIRE AND CABLE SYMPOSIUM. p. 269–77.

Grune, Guerry, and Brian Burke. “Combining Mathematical Modeling with Materials Development to Predict High Speed Telecommunications Cable Properties, The LaPlace Model.” PROCEEDINGS OF 44TH INTERNATIONAL WIRE AND CABLE SYMPOSIUM, pp. 269–77.

Grune G, Burke B. Combining Mathematical Modeling with Materials Development to Predict High Speed Telecommunications Cable Properties, The LaPlace Model. PROCEEDINGS OF 44TH INTERNATIONAL WIRE AND CABLE SYMPOSIUM. p. 269–277.